330 Sentences With "lamination" | Random Sentence Generator

Beijing-based KDX is a leading manufacturer of lamination film globally.

Brow lamination will cost you $120 and lasts up to eight weeks.

Brow lamination can be compared to a relaxer, but a much milder version.

This lamination allows scuff marks to be wiped off easily, according to Vanlife Customs.

Perfect Frame in Los Angeles specializes in eyebrows and offers two treatments: microblading and brow lamination.

So, yeah, you have a great canvas for brow lamination, so these are gonna be stunning.

It&aposs the same when it comes to brow lamination, only it&aposs a much milder treatment.

"Already, I can tell you I wouldn't like this map," she said, wincing at the stiff lamination.

It's a black wool that's been laminated with industrial lamination in several different colors, that's why it's shiny.

Among the companies involved are Dingsheng Aluminum Group, Xiashun Holdings Ltd and Jiangsu Zhongji Lamination Materials Co Ltd.

KDX is also a leading global producer of biaxially oriented polypropylene (BOPP) lamination film, which is used in packaging.

I'd learned about this process, known as lamination, when I was a cook, covering shifts for a night baker.

In London, prices for brow lamination start from £75 (around $85 USD) and the results last for a month.

The file is in 'original' condition except for an early, non-plastic lamination process that was applied to a few pages.

"The only way to extricate paper from lamination is to use lots of solvents to dissolve the plastic," Ms. Oey said.

From an affordable liquid highlighter to a quirky way to mimic brow lamination at home, check out his pro picks, ahead.

"Cross-lamination establishes a new level of quality control and fire protection," said Kevin Flanagan, a partner with PLP Architecture in London.

"FDM typically has been plagued by a de-lamination problem," the company's president and CTO Blake Teipel told TechCrunch this week at Rapid.

You'll sometimes see bakers gently weeping as they stir together their Victoria sponge, or tremble as they check the lamination on their croissants.

KDX is completely self-sufficient in terms of raw materials in its lamination film segment, and moderately self-sufficient in the optical film segment.

We&aposve seen many eyebrow trends over the years, and brow lamination is the latest and greatest way to get your model-fierce brows.

Brow lamination works essentially the same way a relaxer works, with a lotion or cream that makes the hair easier to straighten and manage.

Lamination is almost always attributed to the French and Austrian pastry chefs who made it famous and defined by the particulars of their technique.

The report says Samsung and LG are both struggling with the lamination process, particularly when it comes to enabling touch functions in the curved corners.

Economic Daily News points to "technical issues related to the lamination process of curved OLED panels" as one reason for the holdup, according to DigiTimes.

The prosecutors allege that a Samsung supplier leaked blueprints of Samsung's "flexible OLED edge panel 3D lamination" to a company that it had set up.

Mechanical engineer Mohammad Haq explained that Microsoft developed a lamination process, using heat, pressure and a specially formulated adhesive, to bind the fabric to the chassis.

But kubaneh illustrates how lamination was mastered in variations, all over the world, hundreds of years before the croissant impressed people at the 1889 Paris World's Fair.

He had laminated them to keep them safe, and — Ms. Oey gave a mournful sigh as she told this story — lamination is a terrible way to preserve documents.

Inspired by memories of reading about a technique for making duck decoys as a boy, Castle used a technique called stack lamination to make furniture — an unusual choice.

The components in question have been billed as "3D lamination" tech, which include things like bendable OLED panels, shock-absorbent films, and flexible adhesives that are used to create Samsung's Infinity Flex Display.

A butter sheet is wrapped in dough, followed by several rounds of lamination: rolling out and folding the dough to create alternating butter and dough sheets to give the puff pastry its distinguishing layers.

We have moisture wicking, velcros that are very body friendly, we're able to construct bras using forms of lamination or we have polymer where we melt pieces of fabric rather than stitching them together.

In "Dark Matter" (2011), Castle utilizes stack lamination by gluing strips of Peruvian wood together before carving them into an elegant concave chair and adjoining side table that balances together with one leg between them.

The Aluminum Association said in a statement that antidumping and countervailing duty margins would be levied on a number of firms, including the Jiangsu Zhongji Lamination Materials Co and Hangzhou Dingsheng Import & Export Co Ltd.

It does not have the fancy True Tone display that the iPad Pro does, nor does it have some of the things that made the screen on the iPad Air 2 so nice: lamination and anti-reflectivity.

Brow lamination is great for those who want a thicker and fuller overall appearance, but it&aposs also great for those who have stubborn hair patterns or just someone who just wants a more model, fierce-like look.

"Power consumption, size of the sensing area, thickness of the sensing module, and the production yield rate of the lamination process," are cited by 9to5Mac as hurdles Apple hopes to clear with its new in-display Touch ID solution.

So what brow lamination will do: It&aposll lay it flat to your skin, so it will be easier to, like, style, and it will just lay more flat to the skin so you can get the desired look that you want.

For Hangzhou Five Star Aluminium Co, Ltd, the ministry set a cap of $0.17968 per kilo; for Jiangsu Zhongji Lamination Materials Co, Ltd, $0.6588 per kilo; and a sum of $1.1634 per kilo for Boxing Ruifeng Aluminium Co, Ltd and other exporters.

The report notes that the lamination process of manufacturing the screen currently has some issues that need to be solved before it hits the market, including the fact that currently, with a four-sided curved display, the corners of the screen aren't able to register touchscreen inputs.

In a statement to the Shenzhen Stock Exchange, Wanshun said Jiangsu Zhongji Lamination Materials, which was hit with a countervailing duty of 17.14 percent and an anti-dumping duty of 37.99 percent earlier this year, had filed a lawsuit suit with the U.S. Court of International Trade.

It just always takes me either so long to do them, it&aposs such a chore, or I rush and they end up looking just, like, colored in by a 5-year-old, so let&aposs see if brow lamination&aposs gonna work for your girl.

In a statement to the Shenzhen Stock Exchange, Wanshun said Jiangsu Zhongji Lamination Materials, which was hit with a countervailing duty of 17.14 percent and an anti-dumping duty of 37.99 percent earlier this year, had filed a lawsuit with the U.S. Court of International Trade.

The Commerce Department said antidumping margins will be set at 48.64 percent for Jiangsu Zhongji Lamination Materials Stock Co Ltd, at 106.09 percent for Hangzhou Dingsheng Import & Export Co Ltd and related companies, 89.54 percent for 14 other companies and 106.09 percent for the rest of producers in China.

The Commerce Department said anti-dumping margins will be set at 48.64 percent for Jiangsu Zhongji Lamination Materials Stock Co Ltd, at 106.09 percent for Hangzhou Dingsheng Import & Export Co Ltd and related companies, 89.54 percent for 14 other companies and 106.09 percent for the rest of producers in China.

Companies like Sensoria are already selling clothing with smart sensors laminated onto their products, but, crucially, knit production technology may soon enable all of this straight from the machine, without the secondary process of lamination, resulting in a cheaper, more streamlined product that's nearly indistinguishable from the knitwear we are familiar with today.

With brow lamination, there&aposs a little bit of a misconception that once you laminate your brows, they&aposre stuck in that position permanently or temporarily for X amount of time, but essentially what it&aposs doing, is it&aposs giving you the flexibility to style your hairs in ways that you typically wouldn&apost.

In her cookbook "King Solomon's Table," the author Joan Nathan proposes that lamination most likely traveled through Europe after Yemen became part of the Ottoman Empire, and that the Yemeni bakers who started laminating kubaneh picked up the technique from India, their trade partner across the Arabian Sea, where cooks rolled parathas so that fat shot through the dough in fine, even layers.

The Times noted that either the coffee cups (in the case of Starbucks and Pret-a-manger) or the cardboard protective sleeves (in the case of Caffe Nero and Pret) surrounding them from the biggest chains carry a recycling symbol or say "recyclable" which might make customers think that the whole cup is recyclable when actually most of it is not due to the lamination process that stops the cups buckling.

An essential lamination is a lamination where every leaf is incompressible and end incompressible, if the complementary regions of the lamination are irreducible, and if there are no spherical leaves. Essential laminations generalize the incompressible surfaces found in Haken manifolds.

Lamination can occur as parallel structures (parallel lamination) or in different sets that make an angle with each other (cross-lamination). It can occur in many different types of sedimentary rock, from coarse sandstone to fine shales, mudstones or in evaporites. Because lamination is a small structure, it is easily destroyed by bioturbation (the activity of burrowing organisms) shortly after deposition. Lamination therefore survives better under anoxic circumstances, or when the sedimentation rate was high and the sediment was buried before bioturbation could occur.

Deck, rails, and bottom are bonded via various hot air lamination techniques to the core. Previous to the lamination technique, shapers accomplished this by using glue.

Then the limit of these simple geodesics is the ending lamination.

Lamination (topology), a partition of a closed subset of the surface into smooth curves.

Lamination (food), a method of preparing dough by separating layers of it with butter.

A switch in a train track, and the corresponding portion of a lamination. A lamination of a surface is a partition of a closed subset of the surface into smooth curves. The study of train tracks was originally motivated by the following observation: If a generic lamination on a surface is looked at from a distance by a myopic person, it will look like a train track. A switch in a train track models a point where two families of parallel curves in the lamination merge to become a single family, as shown in the illustration.

Boxes and other containers may be laminated using heat seal layers, extrusion coatings, pressure sensitive adhesives, UV coating, etc. Lamination is also used in sculpture using wood or resin. An example of an artist who used lamination in his work is the American Floyd Shaman. Laminates can be used to add properties to a surface, usually printed paper, that would not have them otherwise, such as with the use of lamination paper.

Woman laminating signs and small cards using heated roll lamination machine. Roll laminators typically use two rolls to complete the lamination process, with one roll being on top and the other roll on the bottom. These rolls slide onto metal bars, known as mandrels, which are then placed in the machine and feed through it. In the United States, the most common core size found on lamination film is one inch (25- to 27-inch-wide film).

Butter Braid braided pastries are a 'flaky pastry' with varying layers of lamination, or layers of dough.

The density conjecture was finally proved using the tameness theorem and the ending lamination theorem by and .

GPR56 binds transglutaminase 2 to suppress tumor metastasis and binds collagen III to regulate cortical development and lamination.

A completed Mabuchi motor consists of 23 separate parts: endbell; shaft support; spacer; bearing; brush holder; terminal; damper; brush; oil stopper; varistor; commutator segment retainer; commutator segment; commutator core; insulating lamination; laminated core; magnet wire; more insulating lamination; shaft; rotor brush; another oil stopper; magnet; bearing; and, finally, the motor housing itself.

If each vertical fiber has nontrivial intersection with some leaf, then the lamination is fully carried by the train track.

The Sorthat Formation has a highly variable lithology. The main core studied from the rocks, the Levka-1 well reveal first a sharp-based, fining-upwards units, 3–14 m thick, consisting of coarse- grained, occasionally pebbly Sand, overlain by muddy, with Coal and Mica, fine- to medium-grained sand, that is laminated to homogeneous Clay and coal seams with roots. On most of the strata there is a common Parallel Lamination with subordinate Cross-bedding, Cross-lamination and Flaser lamination. There are abundant Large plant fragments and small Quartz.

Backcoating is the lamination of two sheets of paper back to back to create a superior paper for folding origami models.

The weights can be used to model which of the curves in a parallel family of curves from a lamination are split to which sides of the switch. Weights must satisfy the following switch condition: The weight assigned to the ingoing branch at a switch should equal the sum of the weights assigned to the branches outgoing from that switch. Weights are closely related to the notion of carrying. A train track is said to carry a lamination if there is a train track neighborhood such that every leaf of the lamination is contained in the neighborhood and intersects each vertical fiber transversely.

Lamination in a piece of travertine. In this case the layering was caused by seasonal differences in sediment supply. This rock was part of the Roman aqueduct of Mons/Montauroux - Fréjus and was most probably derived from the karst area in the vicinity. In geology, lamination is a small-scale sequence of fine layers (laminae; singular: lamina) that occurs in sedimentary rocks.

Cold foil printing, also known as cold foil stamping, is a modern method of printing metallic foil on a substrate in order to enhance the aesthetic of the final product. Cold foil printing can be done two ways: the older dry lamination process common in the offset printing industry, or the newer, more versatile wet lamination process, which is dominant in the flexo label industry.

Banded iron formations (BIFs) were originally chemical muds and contain well developed thin lamination. They are able to have this lamination due to the lack of burrowers in the Precambrian. BIFs show regular alternating layers that are rich in iron and chert that range in thickness from a few millimeters to a few centimeters. The formation can continue uninterrupted for tens to hundreds of meters stratigraphically.

Pseudofaults are the result of Liesegang rings developing within areas of the rock that are adjacent to each other but at varying stratigraphic levels. Liesegang rings can have the appearance of fine lamination and can be mistaken for laminae when parallel or subparallel to the bedding plane, and are more easily differentiated from laminae when the rings are observed cutting across beds or lamination.

The term, bindery, especially in copy and print shops, has expanded to include other forms of paper finishing, such as paper drilling, lamination, and foamcore mounting.

In melanocytic cells GPR56 gene expression may be regulated by MITF. Mutations in GPR56 cause the brain developmental disorder BFPP, characterized by disordered cortical lamination in frontal cortex.

N.S.W., 94, p. 189 – 207 who still used the title discontinuous curved lamination. The established term was used for the first time in 1967 by StaufferP. H. Stauffer (1967).

Cosmo Films Limited is an Indian multinational corporation that manufactures bi-axially oriented polypropylene films (BOPP) for packaging, label, lamination and industrial applications. The company is headquartered in New Delhi, India. It is the largest exporter of BOPP films from India and the largest producer of thermal lamination films in the world. Its manufacturing units are situated in India, South Korea and the United States with customer base spread across 100+ countries.

A pouch laminator uses a lamination pouch that is usually sealed on one side. The inside of the lamination pouch is coated with a heat-activated film that adheres to the product being laminated as it runs through the laminator. The substrate side of the board contains a heat-activated adhesive that bonds the print to the substrate. This can be any of a number of board products or another sheet of laminate.

In comparison to the mixing of bread dough ingredients, pastry predough is considered underdeveloped in that mixing is stopped as soon as the dough appears homogeneous, to allow for further dough development in the next step. The second step is the lamination process. Lamination is necessary to produce multilayered dough with alternating layers of predough and fat. Generally, there are two methods for folding fat into the dough: the English method and the French method.

Employees in fibreglass resin plastics manufacturing are exposed to multiple hazards – high levels of styrene in lamination operations, noise in spray booths and grinding areas, and dust from grinding operations.

Lamination of the fabrics is the second stage of the Lay-Up process. It is the procedure of overlapping all the layers in the correct order and with the correct orientation. In the case of Wet Lay-Up, the preparation of the resin is included in this operation, as the fabrics are not already impregnated. Lamination is usually performed in a clean-room to avoid particles inclusions within the layers, which would interfere with the final product characteristics.

The upper of the Cleveland Shale contains abundant nodules of phosphate, nodules and bands (extremely thin beds) of pyrite, bands of calcisiltite, and lamination. Almost no concretions are found in the upper part.

FR-2 sheet with copper foil lamination on one or both sides is widely used to build low-end consumer electronic equipment. While its electrical and mechanical properties are inferior to those of epoxy-bonded fiberglass, FR-4, it is significantly cheaper. It is not suitable for devices installed in vehicles, as continuous vibration can make cracks propagate, causing hairline fractures in copper circuit traces. Without copper foil lamination, FR-2 is sometimes used for simple structural shapes and electrical insulation.

The glue is solid at room temperature, so lamination of this type is less likely to shift or warp after its application than pressure activated laminates, which rely on a highly viscous, adhesive fluid.

Electrical equipment such as transformers and motors usually use a steel laminate to form the core of the coils used to produce magnetic fields. The thin lamination reduces the signal loss due to eddy currents.

The transparency and colour of the parchment were affected, and polymers present in the foil could migrate to the parchment and render it brittle. After the lamination, Sievers rebound the codex. To be able to do so, he cut the edges of the folios, which resulted in fragments of the illumination being lost. In a new extensive restoration effort between 1987 and 1993 the Mipofolie lamination was meticulously removed by a team of the Belgian Royal Institute for Cultural Heritage, led by the chemist Dr Jan Wouters.

Such proofs are usually made using either inkjet printers or lamination devices. InternalFrank J. Romano, "Pocket Guide to Digital Prepress", 1996, Delmar Publishers, page 111, (single-sheet) or laminate systems attempt to overcome the problems with overlay systems by putting all process colors on a single sheet of media. After the end of World War II, the first commercial system, called Watercote, was introduced by the Direct Reproduction Corporation. By the 1970s, 3M developed Transfer Key technology, which used a cold lamination adhesive process.

The Guichón Formation comprises mainly pink-greyish to reddish sandstones, which contain moderate to well-sorted, subrounded, fine to medium- sized grains in a pelitic matrix. These sandstones (which compositionally are feldspathic wackes) are either massive or may instead exhibit parallel lamination, cross-lamination and graded bedding. These lithologies were deposited in southwest-trending alluvial–fluvial systems comprising low- sinuosity channels traversing through sandy plains. Subordinate to the already mentioned sandstones are conglomeratic and pelitic lithologies, interpreted as channel-fill and overbank deposits, respectively.

Cold lamination increased in popularity with the rise of wide-format inkjet printers, which often used inks and papers incompatible with hot lamination. A large percentage of cold laminate for use in the print industry is PVC, although a wide range of other materials are available. Cold laminating processes are also used outside of the print industry, for example, coating sheet glass or stainless steel with protective films. Cold roll laminators are also used for laying down adhesive films in the sign-making industry, for example mounting a large print onto a board.

EMAT has been used in a broad range of applications and has the potential to be used in many others. A brief and incomplete list is as follows. # Thickness measurement for various applicationsM Gori, S Giamboni, E D'Alessio, S Ghia and F Cernuschi, 'EMAT transducers and thickness characterization on aged boiler tubes', Ultrasonics 34 (1996) 339-342. # Flaw detection in steel products # Plate lamination defect inspection # Bonded structure lamination detectionS Dixon, C Edwards and S B Palmer, 'The analysis of adhesive bonds using electromagnetic acoustic transducers', Ultrasonics Vol. 32 No. 6, 1994.

Typical EI Lamination. Laminated magnetic cores are made of stacks of thin iron sheets coated with an insulating layer, lying as much as possible parallel with the lines of flux. The layers of insulation serve as a barrier to eddy currents, so eddy currents can only flow in narrow loops within the thickness of each single lamination. Since the current in an eddy current loop is proportional to the area of the loop, this prevents most of the current from flowing, reducing eddy currents to a very small level.

160–161Press et al. (2003), p. 171 Single beds can be a couple of centimetres to several meters thick. Finer, less pronounced layers are called laminae, and the structure a lamina forms in a rock is called lamination.

The heated lamination press has the Dufex embossing plate on its upper platen, which has been engraved with 'lenses' at different angles, designed to match the artwork and reflect light at different intensities depending on angle of view.

Laminae are usually less than a few centimetres thick.Boggs (1987), p. 138 Though bedding and lamination are often originally horizontal in nature, this is not always the case. In some environments, beds are deposited at a (usually small) angle.

Lane Twitchell (b. 1967 in Salt Lake City, Utah) is a visual artist known foremost for his work in painting, cut paper, collage, and glass lamination. He lives and works in Brooklyn, New York. Twitchell was raised in Ogden.

In 2006 he formed the company Taghleef Industries through a merger of Dubai PolyFilm with Technopak of Egypt and AKPP in Oman. Taghleef Industries became one of the world´s largest manufacturers of polypropylene films, lamination and food packaging.

A variant of the model, called the GSR600S or 'S'-model, was released middle of 2006. It differs from the standard model with a stock windshield, a radiator protector grill as well as carbon-fibre lamination for selected parts.

Today, Bright Packaging Industry is listed on the Main Board of Bursa Malaysia. The core business has been the lamination of aluminium foil onto paper and paperboard for the packaging of FMCG products."Bright Packaging Industry Bhd". Bloomberg, 11 November 2013.

Quaternary varves are used in stratigraphy and palaeoclimatology to reconstruct climate changes during the last few hundred thousand years. Lamination in sandstone is often formed in a coastal environment, where wave energy causes a separation between grains of different sizes.

PUL diaper covers Polyurethane laminate (PUL, thermal stretch, fuzzy rubber) is a compound fabric made by laminating a cloth fabric to one or both sides of a thin film of polyurethane. Polyurethane laminated fabrics have a wide range of applications in medical, automotive and garment uses. Most PUL fabric is made by laminating lightweight polyester interlock knit fabric to a 1 mil thick film of polyurethane. There are two processes used for lamination: solvent lamination, which fuses the fabric and polyurethane film into a single monolithic fabric, and hot melt, which uses heat-activated glue to adhere the fabrics together.

Ending laminations were introduced by . Suppose that a hyperbolic 3-manifold has a geometrically tame end of the form S×[0,1) for some compact surface S without boundary, so that S can be thought of as the "points at infinity" of the end. The ending lamination of this end is (roughly) a lamination on the surface S, in other words a closed subset of S that is written as the disjoint union of geodesics of S. It is characterized by the following property. Suppose that there is a sequence of closed geodesics on S whose lifts tends to infinity in the end.

From 1962-1969, he taught at Rochester Institute of Technology, School for American Craftsmen, in Rochester, NY, and was an Artist in Residence. In 1980, he opened the Wendell Castle School in Scottsville, NY. Castle is famous for his use of stack-lamination, a woodworking technique he pioneered in the 1960s, which was based on a 19th-century sculptural technique used for making duck decoys. Stack-lamination allowed Castle to create large blocks of wood out a series of planks, which were then carved and molded into the biomorphic shapes for which he is best known Yates, Joey. (30 November 2013).

The formation comprises intercalated sandstones and highly bioturbated sand- and siltstone layers which are horizontal and wavy bedded. Horizontally laminated and thin bedded fine-grained sandstones as well as flaser- and ripple cross-lamination characterize a low-energy environment within this fluvial succession.

Luo, R., S.-J. Jeong, Z. Jin, N. Strokes, S. Li, and X. Piao. "G Protein-coupled Receptor 56 and Collagen III, a Receptor-ligand Pair, Regulates Cortical Development and Lamination." Proceedings of the National Academy of Sciences 108.31 (2011): 12925-2930. Print.

Surfaces which are not of finite type also admit hyperbolic structures, which can be parametrised by infinite-dimensional spaces (homeomorphic to \R^\N). Another example of infinite-dimensional space related to Teichmüller theory is the Teichmüller space of a lamination by surfaces.

The process works by scrubbing metal foils together with ultrasonic vibrations under pressure in a continuous fashion, i.e., sheet lamination classification in additive manufacturing.ASTM Committee F42 on Additive Manufacturing Technologies,"Standard Terminology for Additive Manufacturing Technologies", 2012. Melting is not the formation mechanism.

In 2018, The Interflex Group won the "Best use of process colours only" in the FlexoTech Awards for their work on the Nestlé Aero Chocolate Bubbles print design. The judging panel highlighted the use of CMYK with metallic effects by lamination, achieving a 'copper' look.

The opposite of cross-bedding is parallel lamination, where all sedimentary layering is parallel.Blatt et al. (1980), pp. 133–135 Differences in laminations are generally caused by cyclic changes in the sediment supply, caused, for example, by seasonal changes in rainfall, temperature or biochemical activity.

136-138 were at first somewhat reluctant. A standard production process involved dry lamination, which made it easier to introduce maps within the records. A system of coded correspondence with the camps enabled customised escape maps and currency to be produced and delivered on demand.

Her earliest works in the 1970s were very typical of the style of that time, in which she used visible cabinetmaking skills, compound bent lamination, celebration of complex wood grains and types. Along with Rosanne Somerson and Gail Fredell, Maruyama was one of the first women to break into the field of Studio Furniture. These women responded to the marginalization felt by a male-dominated field by making work that used complex joinery, bent lamination, and technical processes. Maruyama felt restricted by this type of highly technical furniture, and set out to make more expressive works during her time studying at the Rochester Institute of Technology.

"Laminated" or "engineered" logs are a different approach to log-house building. Full trees or (alternatively) sawn cants (unfinished logs to be further processed) are brought to a mill with a dry kiln, the bark is removed and the trees are sawn into boards usually no more than two inches thick. These boards are then taken to the dry kiln, where (because of their size) they can be dried without causing severe damage to the wood. Timber destined for glue lamination must be brought down below 15% moisture before the lamination process will work, so typically these timbers are dried to around 8-10% moisture.

The dot gain, hence the screen angle and line frequency, of a spot color vary according to its intended purpose. Spot lamination and UV coatings are sometimes referred to as 'spot colors', as they share the characteristics of requiring a separate lithographic film and print run.

The electrostatic lamination technique is based on manual peeling of a thin layer off a single organic crystal; it results in a superior single-crystalline active layer, yet it is more tedious. The thickness of the gate oxide and the active layer is below one micrometer.

Millennium is a Prevost authorized service center equipped to provide professional collision, fiberglass and dent repair. They also provide awning installation, de-lamination, window replacement and full detailing. Additional services that can be found at Millennium are free insurance estimates, secured coach parking and RV storage.

These facies sequences have a thickness of about . Locally, bioturbation, siderite nodules and coal beds occur in the formation. The sandstones occur in very thin to very thick beds, characterized by plain parallel lamination, in lenses and very locally in flasers. The cement of the arenites is calcareous.

The sand is coarser. ;Foreshore The foreshore is the area on land between high and low tide. Like the upper shoreface, it is constantly affected by wave action. Cross bedding and lamination are present and coarser sands are present because of the high energy present by the crashing of the waves.

Other sediments associated with the shale are mudstone, and fine grained sandstone. Various sedimentary structures include flute and bounce castes, ripple lamination, graded bedding, cross bedding, and boudinage. The shale layers have been identified as Association IV in the submarine fan. The sandstone is Association III of the submarine fan.

In 1985 a major project started to microfilm the library as many of the works were found to have deteriorated with age. This has now been completed. In addition, by February 2011, about 80% of the library had been rebound, with and without conservation work such as deacidification and lamination.

It is primarily made of dolomite, ranging from in thickness. Main Dolomite is represented by the medium bedded dolomitic layers often with characteristic stromatolitic lamination. The formation was deposited in shallow lagoons during the Late Carnian and Early Norian ages of the Late Triassic Epoch in the Triassic Period, during the Mesozoic Era.

The ending lamination theorem, originally conjectured by William Thurston and later proven by Jeffrey Brock, Richard Canary, and Yair Minsky, states that hyperbolic 3-manifolds with finitely generated fundamental groups are determined by their topology together with certain "end invariants", which are geodesic laminations on some surfaces in the boundary of the manifold.

With full fuel of the payload for the pilot, passenger and baggage is . The Neo kit under development is intended to be constructed by a person with average mechanical skills. It will not require any welding or composite materials lamination work. The proposed kit will include all sub-assemblies, engine and instruments.

Three drawings of cortical lamination by Santiago Ramon y Cajal, each showing a vertical cross-section, with the surface of the cortex at the top. Left: Nissl-stained visual cortex of a human adult. Middle: Nissl-stained motor cortex of a human adult. Right: Golgi- stained cortex of a month old infant.

The length of the Head (or toe) along the X- axis has varied enormously, especially since the Second World War and again after the introduction of the timber lamination process in the early 1980s. The stick handle may be bent or 'deviated', in a smooth curve only, once only to either side.

On the same lap Coulthard had a rear tyre de- lamination, but he made it back to pit lane. Räikkönen stopped at the end of lap 13. Montoya now led the race from Schumacher, until Montoya pitted on lap 15. Montoya left the pit lane behind Massa, losing time while overtaking him.

The sandy mudstones are reddish in colour, they contain lenticular interbeds of fine grained sandstones. They are characterised by a climbing-ripple lamination. Furthermore, the mudstones contain thin interlayers of blocky calcrete and carbonate nodules with some rhizoliths. Massive pebbly mudstones are restricted to positions very proximal to the Waterberg-Omaruru Fault.

In hyperbolic geometry, the ending lamination theorem, originally conjectured by , states that hyperbolic 3-manifolds with finitely generated fundamental groups are determined by their topology together with certain "end invariants", which are geodesic laminations on some surfaces in the boundary of the manifold. The ending lamination theorem is a generalization of the Mostow rigidity theorem to hyperbolic manifolds of infinite volume. When the manifold is compact or of finite volume, the Mostow rigidity theorem states that the fundamental group determines the manifold. When the volume is infinite the fundamental group is not enough to determine the manifold: one also needs to know the hyperbolic structure on the surfaces at the "ends" of the manifold, and also the ending laminations on these surfaces.

Lamination paper is a paper used for laminates. Normally on particle or fiberboards giving a good-looking and resistant surface for use as furniture, decoration panels and flooring. Paper laminations are also used in packaging. For example, juiceboxes are fabricated from liquid packaging board which is usually six layers of paper, polyethylene, and aluminum foil.

The earliest boats were 12' and 13' ("Fisherman") models and 15' ("Vandal") models. Wacanda boats were all built with fiberglass ribs, stringers and floors. The only wood (other than some interior parts) used in the boats were wooden motor mount beds. The boats were known to be extremely well built, with generous fiberglass lamination schedules.

Teslin is a waterproof synthetic printing medium manufactured by PPG Industries. Teslin is a single-layer, uncoated film, and extremely strong. Its official website states that it is recyclable and non-toxic. The strength of the lamination peel of a Teslin sheet is 2-4 times stronger than other coated synthetic and coated papers.

With a decent computer and color printer, almost anybody can crank out an official- looking pass within minutes.” ;Counterfeit cards Counterfeit copies of cards issued by legitimate publications can be made. Issuers of cards have taken measures to prevent counterfeiting of their cards, creating cards with holographic foil blocking, signature strips, and tamper-resistant lamination.

The temperature is then lowered slowly to room temperature. When dry films are used, the photoresist is laminated rather than spin-coated. As this formulation is essentially solventless (less than 1% solvent remaining), it does not require a soft bake step and does not suffer stress or skinning. For enhanced adhesion, a post lamination bake can be added.

Windstopper is a generic term used by many companies in the outdoors clothing market. W. L. Gore & Associates uses the word to label its windproof breathable fabric laminate. One of its most common applications is a lamination with polar fleece, to compensate for fleece's lack of wind resistance. Unlike Gore's well-known Gore-Tex laminate, Windstopper is not waterproof.

The structure of porous membrane is related to the characteristics of the interacting polymer and solvent, components concentration, molecular weight, temperature, and storing time in solution. The thicker porous membranes sometimes provide support for the thin dense membrane layers, forming the asymmetric membrane structures. The latter are usually produced by a lamination of dense and porous membranes.

As a special case of the philosophy of the previous paragraph, the geometry of the curve complex is an important tool to link combinatorial and geometric properties of hyperbolic 3-manifolds, and hence it is a useful tool in the study of Kleinian groups. For example, it has been used in the proof of the ending lamination conjecture.

The lamination is due to suspension fallout in slightly agitated water. Erosive based interbeds of coarse to gritty sandstones formed during storm events and are therefore interpreted as tempestites. West of the bioherm belts, the fair weather wave basis reached the ground, expressed in oscillation-rippled surfaces. Channels between bioherm ridges have been interpreted as tidal channels.

Engraving a knife Knife making is the process of manufacturing a knife by any one or a combination of processes: stock removal, forging to shape, welded lamination or investment cast. Typical metals used come from the carbon steel, tool, or stainless steel families. Primitive knives have been made from bronze, copper, brass, iron, obsidian, and flint.

Oberwolfach (2004) Yair Nathan Minsky (born in 1962) is an Israeli-American mathematician whose research concerns three-dimensional topology, differential geometry, group theory and holomorphic dynamics. He is a professor at Yale University.Minsky's home page at Yale University He is known for having proved Thurston's ending lamination conjecture and as a pioneer in the study of curve complex geometry.

Blacksmiths made traps of iron in the early 1700s for trappers. By the 1800s companies began to manufacture steel foothold traps. Modified traps are now available with offset jaws, or lamination, or both, which decrease pressure on the animals' legs. Traps are also available with a padded jaw, which has rubber inserts inside the jaws to reduce animal injuries.

For lower quality printing, uncoated copy paper suffices, but higher grades require coating. The traditional coatings are not widely used for inkjet papers. For matte inkjet papers, it is common to use silica as pigment together with polyvinyl alcohol (PVOH). Glossy inkjet papers can be made by multicoating, resin coating, or cast coating on a lamination paper.

Laminae are normally smaller and less pronounced than bedding. Lamination is often regarded as planar structures one centimetre or less in thickness, whereas bedding layers are greater than one centimetre.This definition can for example be found in Blatt et al. (2006), p 271 However, structures from several millimetres to many centimetres have been described as laminae.

During the 1980s and 90s, the company extended its product lines to vacuum lamination, multilayer facility and RF/Microwave. It also enlarged its product markets, established subsidiaries in many countries, such as FiberCote Industries, Inc. and Park Advanced Composite Materials, Inc. From 2000, Park completed a series of global acquisitions and expansions and entered the aerospace market.

In this example, the blade's lamination pattern and the darker high-carbon cutting edge of the blade are visible. This harder high-carbon cutting edge is termed as "sinubo" (roughly, "sandwiched"). The kalis blade is defined as one that is wide on the base and double-edged. It is capable of delivering both chopping and slicing cuts.

The device is black and weighs a total of . Its full HD IPS display has a 1920 x 1080 resolution. The all in one drawing tablet applies full lamination technology and etched anti-glare glass. The device runs on an Intel Core i5-8400 Processor with a dual-channel memory of 1TB HDD and 120GB/240GB SSD.

The Universal Book of Mathematics provides the following information about pleated surfaces: It is a surface in Euclidean space or hyperbolic space that resembles a polyhedron in the sense that it has flat faces that meet along edges. Unlike a polyhedron, a pleated surface has no corners, but it may have infinitely many edges that form a lamination.

Harro Heinz remained president of Renkus-Heinz. While Jonas and Algis Renkus were at Emilar, they began using the patented triple lamination method which had been assigned to Renkus-Heinz. Heinz sued for damages but dropped the case during the hearing.Audioheritage.org. Robert Grunberg bulletin board entry Jonas Renkus and his Bowtie horn posted December 28, 2006.

Due to the shallow depths, sediments undergo only minor compaction and grain rearrangement during this stage. Organisms rework sediment near the depositional interface by burrowing, crawling, and in some cases sediment ingestion. This process can destroy sedimentary structures that were present upon deposition of the sediment. Structures such as lamination will give way to new structures associated with the activity of organisms.

The geological formation in both the cays is of laminated calcareous sandstone. The layered stratigraphic formation is inferred to be due to "successive deposits by the tides or overflows from a troubled sea." Over a long period of exposure, these formations have developed a laminated condition with the lamination beds of to thickness. The strata are disturbed in several sections.

Ret, A1, B1 and B2 test results do not correlate with each other. Two fabrics may have a B1 of 10,000gr, but one can be 10,000 A1 and the other 4,000 A1. It all depends on the type of coating or lamination and how it moves moisture. Typically hydrophobic coatings perform better than hydrophilic laminations on the Ret and A1 Test.

Calcareous sinter is a freshwater calcium carbonate deposit, also known as calc-sinter. Deposits are characterised by low porosity and well-developed lamination. Calcareous sinter should not be confused with siliceous sinter, which the term sinter more frequently refers to. It has been suggested that the term "sinter" should be restricted to siliceous spring deposits and be dropped for calcareous deposits entirely.

At the end of 2012, HanseYachts closed the Dehler factory in Freienohl and relocated the entire Dehler production to its lamination factory in Goleniów and its main factory in Greifswald. In 2013, HanseYachts parent company Aurelius SE purchased the English Sealine brand (motor yachts) together with plans, moulds, parts lists and equipment. In 2014, HanseYachts started to produce Sealine yachts.

In this application, they are minimized with thin plates, by lamination of conductors or other details of conductor shape. Self-induced eddy currents are responsible for the skin effect in conductors. The latter can be used for non-destructive testing of materials for geometry features, like micro-cracks. A similar effect is the proximity effect, which is caused by externally induced eddy currents.

The pouch containing the print, laminate, and substrate is passed through a set of heated rollers under pressure, ensuring that all adhesive layers bond to one another. Pouch laminators are designed for moderate use in the office or home. For continuous, large-volume lamination projects, a roll laminator performs more efficiently. Pouches can be bought with different thicknesses in micrometres.

The modernized process typically uses a controlled atmosphere in a temperature- controlled furnace. Mechanical aids such as a hydraulic press or torque plates (bolted clamps) are also typically used to apply compressive force on the billet during lamination. These provide for the implementation of lower temperature solid-state diffusion between the interleaved layers, thus allowing the inclusion of non-traditional materials.

Button was also able to pass Fisichella for sixth position on lap 23, as Barrichello pitted. Räikkönen pitted on lap 29, rejoining in second position, while Schumacher still had to stop. Montoya pitted on the same lap as Räikkönen. On lap 31, Button suffered a right rear tyre de-lamination similar to Coulthard's, at approximately , pitching him into a spin.

Cross sections of Japanese sword blade lamination methods Katana are traditionally made from a specialized Japanese steel called tamahagane, which is created from a traditional smelting process that results in several, layered steels with different carbon concentrations.Secrets of the Samurai Sword. Pbs.org. Retrieved 2013-08-08. This process helps remove impurities and even out the carbon content of the steel.

It was upgraded in 1984 into an 80 metre jump. In 1991 it was extended into an 83 metre jump. During the last rebuilding of the jump in 2001/2002 it was completely replaced and upgraded into a 90 metre jump. The new metal inrun (heatable), with glass and ceramic lamination, offered all jumpers the same conditions down the run.

The formation consists of alternating units of sandstone and carbonaceous shale or mudstone with some coal seams and conglomerate beds. The sandstones are fine- to coarse-grained, brown weathering, and typically platy to thin bedded, although some are massive. Mudstones are blocky to rubbly, with little lamination. Shale and carbonaceous shale units are fissile and are commonly associated with the coal seams.

The system also sparks off philosophical debates among citizens presenting pros and cons of the ethical feasibility of "Lamination". The story follows protagonists Sara Integra and Jack Griswold's struggle against Cerra's system of imprisonment. Major Sara Integra is a former weapons specialist in bio-weapons division. While she was on a military assignment, innocent lives were lost during an experiment gone wrong.

Harro Heinz Algis Renkus was joined in the new enterprise by his father Jonas A. Renkus (b. 1912) who had worked at Altec under industry veteran John Kenneth Hilliard. While at Renkus-Heinz, Jonas Renkus patented a new triple lamination construction method in 1980. In 1981, the two Renkus men left Renkus-Heinz to assist Emilar, which was having trouble staying in business.

Given its identity as a potential neural morphogen and its expression in the cerebral and cerebellar cortices from the earliest stages in their development, it is not unreasonable to suggest that this level of DSCAM over-expression may contribute to the pre- and post-natal defects of DS, particularly, the cerebral and cerebellar hypoplasia and the abnormalities of the dendritic tree. Further, a role for DSCAM over-expression in contributing to the defects of cortical lamination seen in DS is supported by the fact that disruptions in other genes expressed by Cajal–Retzius cells, such as Reelin and LIS1, cause severe defects in neuroblast migration and cortical lamination. A study of congenital heart defect (CHD) investigated the polygenic effect of DSCAM with other genes. Under normal physiological conditions, DSCAM and COL6A2 work jointly in the drosophila to mediate cell matrix adhesion.

Osgood was interested in the modern furniture being made in Scandinavia and studied in Denmark in 1960-61. On his return the United States, Osgood established a studio in New Milford, Connecticut, where he made small objects. In the late 1960s he began to make large projects and explored different techniques of laminating wood. He published his explorations of lamination between 1977 and 1979 in Fine Woodworking.

Such negative feedback is thought to be important for proper cortical lamination. Activated by two antibodies, VLDLR and ApoER2 cause DAB1 phosphorylation but seemingly without the subsequent degradation and without rescuing the reeler phenotype, and this may indicate that a part of the signal is conducted independently of DAB1. BLBP by affecting the NOTCH1 cascade. A fragment of an illustration from Keilani et al.

Laminae that represent seasonal changes (similar to tree rings) are called varves. Any sedimentary rock composed of millimeter or finer scale layers can be named with the general term laminite. When sedimentary rocks have no lamination at all, their structural character is called massive bedding. Graded bedding is a structure where beds with a smaller grain size occur on top of beds with larger grains.

Late Triassic (220 Ma) The formation comprises arenites with a few thin clayey inter-beds. The sands overlie micro- conglomeratic bodies up to thick. Two-dimensional ripple marks (with wavelengths of nearly ), larger ripples (wavelengths of ), interference ripples, and mud cracks were recognized. The arenitic beds are also characterized by internal structures such as accretionary laminae, coalescent bodies, low-angle lamination, and cross stratification.

Most of the film applications are via glass, acrylic or polycarbonate laminates, mainly having to do with the voltage (110VAC) required to operate the film. Companies continue to attempt various installation methods in order to use the film by itself without having to add the lamination cost. One of the advantages of smart film is that it eliminates the need for blinds, shades or window treatments.

Taxidermy specimens are especially susceptible to fluctuations in humidity due to their composite materials. Relative humidity fluctuations below 40% can cause greater damage than fluctuations above 40%. Dry environments with low humidity may cause de-lamination or cracking in horns, bones, and turtle shells. Additionally, dry environments can cause skins and leathers to contract and shrink over the support form, which eventually leads to cracking and splitting.

Grog is used in pottery and sculpture to add a gritty, rustic texture called "tooth"; it reduces shrinkage and aids even drying. This prevents defects such as cracking, crows feet patterning, and lamination. The coarse particles open the green clay body to allow gases to escape. Grog adds structural strength to hand-built and thrown pottery during shaping, although it can diminish fired strength.

A laminate consists of a single or multiple layers, each having its own distinct function. The base is most often particle- or fiberboards, then some layers of absorbent kraft paper. The last layers are a decor paper covered with an overlay. The lamination papers are covered with an inert resin, often melamine, which is cured to form a hard composite with the structure of paper.

The laminates may also have a lining on the back side of laminating kraft to compensate for the tension created by the top side lamination. Cheaper particle boards may have only a lining of laminating kraft to give surface washability and resistance to wear. The decor paper can also be processed under heat and low/high pressure to create a melamine laminated sheet, that has several applications.

Lamination consists of small differences in the type of sediment that occur throughout the rock. They are caused by cyclic changes in the supply of sediment. These changes can occur in grain size, clay percentage, microfossil content, organic material content or mineral content and often result in pronounced differences in colour between the laminae.Boggs (1987), p 141 Weathering can make the differences even more clear.

Lamination develops in fine grained sediment when fine grained particles settle, which can only happen in quiet water. Examples of sedimentary environments are deep marine (at the seafloor) or lacustrine (at the bottom of a lake), or mudflats, where the tide creates cyclic differences in sediment supply.Boggs (1987), p 142 Laminae formed in glaciolacustrine environments (in glacier lakes) are a special case. They are called varves.

A heated roll laminator uses heated rollers to melt glue extruded onto lamination film. This film is in turn applied to a substrate such as paper or card using pressure rollers. The primary purpose of laminating with such a machine is to embellish or protect printed documents or images. Heated roll laminators can vary in size from office based pouch laminators to industrial sized machines.

Such industrial machines are primarily used for high quantity/quality output by printers or print finishers. Whether small office or industrial machines their primary function is to embellish or protect printed works. Such laminators are used to apply varying thicknesses of lamination film onto substrates such as paper or fabrics. The main advantage to the use of heated roll laminators is that of speed.

Four-color printing and lamination developed for military maps made the paperback cover eye catching and kept ink from running as people handled the book. A revolving metal rack, designed to display a wide variety of paperbacks in a small space, found its way into drugstores, dimestores, and markets. Soldiers received millions of paperback books in Armed Services Editions. U.S. paperbacks quickly entered the Canadian market.

Neurogenesis is shown in red and lamination is shown in blue. Adapted from (Sur et al. 2001) The cerebral cortex is composed of a heterogenous population of cells that give rise to different cell types. The majority of these cells are derived from radial glia migration that form the different cell types of the neocortex and it is a period associated with an increase in neurogenesis.

One possibility is that the head of the flow expands through entrainment of air (which is then heated). This then results in the flow front surging forward, which is then over-run by the rest of the flow. Dune bedform formed by the pyroclastic currents related to the 2006 eruption of Tungurahua (Ecuador). A. Outer shape of a lunate dune bedform and B. internal lamination.

Sony Pictures Television developed a tie-in online game on the same year of its release, broken into four unique chapters. There is also a meta game that offers each user the opportunity to select a side in the battle. User options include pro– or anti–lamination. Individual scores earned are additionally compiled and contributed to each side for an overall competition of "LaMBs vs. Shepherds".

Because of the paper lamination during the eighteenth century, all the papyrus fragments are partially damaged; at several spots the material is torn, distorted, and squashed. Some of the fibres are now lying over the inscription. All of the artifact shows large gaps and the rim of the scrolls is badly frayed. Because of the gaps, many parts of the text are now missing.

The exciter winding is located on the top; it is in fact a coil of a turning (rotary) transformer. This transformer induces current in the rotor without a direct electrical connection, thus there are no wires to the rotor limiting its rotation and no need for brushes. The two other windings are on the bottom, wound on a lamination. They are configured at 90 degrees from each other.

Danimer Scientific, formerly known as Meredian Holdings Group Inc. and MHG, is a biopolymer manufacturer headquartered in Bainbridge, Georgia. Danimer Scientific owns the patent for Nodax™ medium-chain-length branched polyhydroxyalkanoates, mcl-PHA. The company uses PHA and other biopolymers to create a range of applications such as additives, aqueous coatings, extrusion coating, extrusion lamination, fibers, film resins, hot melt adhesives, injection molding, thermoforming and wax replacement polymers.

"Stratoscope II balloon and telescope," Northfield Historical Society, photograph 2017.42.103. The company also made the laminate and adhesive materials for the Polaris missile program. These environmental seals, which were called diaphragms, kept water out of the submarine until a missile was released. G. T. Schjeldahl Company products and technology using vacuum deposition and lamination were used on the Pegasus satellite program, putting the company into the vacuum deposition business.

Further important elements are the valves and the sealant used to hermetically seal the bag. This process can be manual, semi-automatic or completely automatic. When done entirely by hand, lamination is a long and difficult process (due to the strict tolerances required). An alternative is a semi-automatic - also called "mechanically assisted" - process, constituted of a machine which handles the layers, then applied on the mould by an operator.

Corrugated fiberboard Corrugated fiberboard is a material consisting of a fluted corrugated sheet and one or two flat linerboards. It is made on "flute lamination machines" or "corrugators" and is used for making cardboard boxes. The corrugated medium sheet and the linerboard(s) are made of kraft containerboard, a paperboard material usually over thick. Corrugated fiberboard is sometimes called corrugated cardboard, although cardboard might be any heavy paper-pulp based board.

Individual beds range in thickness from a few tens of centimeters to a meter or more, but bed thickness down to 10 centimeters has been observed.Stow, A.V., 2009, Sedimentary rocks in the field. A color guide (3rd ed.) print. Where the set height is less than 6 centimeters and the cross-stratification layers are only a few millimeters thick, the term cross-lamination is used, rather than cross-bedding.

Li et al. demonstrated that GPR56 regulates pial basement membrane (BM) organization during cortical development. Disruption of the Gpr56 gene in mice leads to neuronal malformation in the cerebral cortex, which resulted in 4 critical pathological morphologies: defective pial BM, abnormal localized radial glial endfeet, malpositioned Cajal-Retzius cells, and overmigrated neurons. Furthermore, the interaction of GPR56 and collagen III inhibits neural migration to regulate lamination of the cerebral cortex.

Many pouch laminators require the use of a carrier. A carrier holds the pouch as it is run through the laminator. This helps prevent the hot glue, some of which leaks from the sides of the pouches during the process, from gumming up the rollers. The carrier prevents the rollers from getting sticky, which helps to prevent the lamination pouch from wrapping around the rollers inside the laminator.

Various aircraft would adopt the material for portions of their design; in one case, the interior floor of the Handley Page Halifax was composed of Plymax. Plymax was reportedly once a popular material for furniture use, although its use has somewhat diminished following the arrival of new types of processed woods. During the 1990s, the Malaysian company Plymax Veneer was established to provide veneer lamination services to local furniture manufacturers.

Howard Masur and Yair Minsky proved that for a finite type orientable surface S the curve complex C(S) is Gromov-hyperbolic. This result was a key component in the subsequent proof of Thurston's Ending lamination conjecture, a solution which was based on the combined work of Yair Minsky, Howard Masur, Jeffrey Brock, and Richard Canary.Yair Minsky, "Curve complexes, surfaces and 3-manifolds". International Congress of Mathematics. Vol.

Other business services such as mounting and lamination, quick copying, microfilming, scanning and facility management may also be provided. Typical items produced by reprographers include architectural/engineering blueprints and renderings, indoor and outdoor signage, maps, billboards, backlit displays, trade show graphics, legal and medical exhibits, etc. Most of the reprographics firms in the United States belong to the International Reprographics Association (IRgA). Reprographics is also referred to as "reproprinting".

The rock is an uncommon mafic igneous rock known as a troctolite. It is black with phenocrysts of plagioclase in a medium grained matrix of magnetite, ilmenite, olivine and hercynite spinel. The abundance of magnetite and ilmenite, which may be up to 70 percent of the rock, is responsible for the high density and magnetic property. Locally the parallel orientation of the lathlike plagioclase crystals gives the rock a flow lamination.

Each lamination is insulated from its neighbors by a thin non-conducting layer of insulation. The transformer universal EMF equation can be used to calculate the core cross-sectional area for a preferred level of magnetic flux. The effect of laminations is to confine eddy currents to highly elliptical paths that enclose little flux, and so reduce their magnitude. Thinner laminations reduce losses, but are more laborious and expensive to construct.

The types of shopping bags listed below are subject to the Charge: Plastic bags Plastic bags with flat-tops, handle, handle hole, perforated line for tearing out handle hole, carrying string or strap, and any other devices attached to the bag. Paper bags Paper bags with plastic lamination, plastic components, plastic handles and plastic accessories. Non-woven bags Non-woven bags, also known as environmental bags, which are made of plastic.

LaMB takes place in the distant future on a desert planet called Cerra. The story features a prison system, in which prisoners are sealed in personal containment systems known as "laminated suits" and used for labor. Prisoners go through a "Lamination" process, where they are fitted with cybernetic, laminated skin-tight suits. In these suits, they can move around and completed work assignments that cannot be done by machine or robots.

Its polymerization process proceeds upon photoactivation of a photoacid generator (triarylsulfonium salts, for example) and subsequent post exposure baking. The polymerization process it a cationic chain growth, which takes place by ring opening polymerization of the epoxide groups. SUEX is a Thick Dry Film Sheet (TDFS) which is a solventless formulation applied by lamination. As this formulation is a dry sheet, there is high uniformity, no edge-bead formation and very little waste.

The Volitan is a proposed design for a boat equipped with solar cell panels, which uses both wind and solar energy. The proposed design is lightweight, with a stiff structure made of carbon fiber and epoxy resin and carbon foam core lamination. It also has an ultraviolet resistant coating. It is designed to be powered by a twin 220 HP/DC electric motor, with two suspended wings to help maneuver the ship.

The main stages of the Lay-Up process are the cutting, the lamination and the polymerization. Even if some of the production steps can be automatised, this process is mainly manual (hence often referred to as the Hand Lay-Up process), leading to laminates with high production costs and low production rates with respect to the other techniques. Hence, nowadays, it is mainly suitable for small series productions of 10 to 1000 parts.

In this construction, a scrim or strands (inserts) are sandwiched between layers of film. Thus load-bearing members are laid straight, which maximizes the high modulus of the fibers, where a woven material will have some inherent stretch to the weave. Laminating film to film around the strands creates a very strong and dependable bond reducing the amount of adhesive needed. In high quality cloth, the strands or scrim are tensioned during the lamination process.

The decor paper is the most critical of the lamination papers as it gives the visual appearance of the laminate. The impregnation resin and cellulose have about the same refraction index which means that the cellulose fibers of the paper appear as a shade and only the dyestuffs and pigments are visible. Due to this the decor paper demands extreme cleanness and is produced only on small paper machines with grammage 50 - 150 g/m2.

The sandstones of the LEF mainly comprise laterally accreting channel deposits that are multi-story and contain trough, low angle, and planar, cross-bedding. Ripple cross laminations with good horizontal lamination are also present. In the UEF, sandstone beds are single story and mainly reflect downstream accretion channel geometries and are more tabular in appearance. Common internal sedimentary structures of UEF sandstones are planar, low angle cross-bedding, horizontal and ripple-cross laminations.

A coupon is designed to include traces and vias with the same dimensions and structures as those of the main PWB. It is standard practice to locate coupons on the edges of a panel, from which multiple PWBs are fabricated, to verify the consistency of plating, etching, and lamination across the whole panel. The use of coupons for testing is a necessary step in accurately and reliably monitoring fabrication quality and consistency.

On the other hand, a large number of relatively thin layers leads to interconnections between different dough layers as well as less dough lift. After lamination, the dough is formed into its famous crescent shape. First, the laminated dough is cut into triangles of the desired size. The triangles are then rolled with three-and-a-half to four full turns, and finally, the ends of the roll are curved inwards to form a crescent.

Other suggestions include pine, cedar, fir, teak, sandalwood, ebony, wicker, juniper, acacia, boxwood, slimed bulrushes, and resinous wood. Others, noting the physical similarity between the Hebrew letters g (gimel ) and k (kaf ), suggest that the word may actually be kopher, the Hebrew word meaning "pitch"; thus kopher wood would be "pitched wood". Recent suggestions have included a lamination process (to strengthen the Ark), or a now-lost type of tree, but there is no consensus.

Kibbutz Barkai was founded on 10 May 1949 on land that had belonged to the depopulated Palestinian village of Wadi Ara. Economic branches include thermal and acoustic insulation, lamination and packaging: the Polyon Barkai factory; and agriculture: cattle, poultry, avocado and field crops. Infimer Technologies manufactures a recycled composite polymer that serves as raw material for plastic manufacturers. Combined with virgin plastic, it is used to make chairs, tables, crates, plumbing pipes and toolboxes.

Following Ryden's death, in October 1941 deValinger was appointed the first full-time state archivist. He served as state archivist from 1941 to 1970, when he was reassigned as state historian. During his tenure he worked to advance archival services and programs, and was an early adopter of technologies such as microfilm and lamination. DeValinger resigned shortly after his appointment as historian, and worked briefly for the League of Local Government before his retirement.

The business remained there until 1962 when it was bought by Lloyd Hammond. Gunnar continued to work for Lloyd Hammond until he was over 80. He built his last Hardanger fiddle in 1937. Gunnar Helland made several design changes on his later violins including lamination inside the sound holes for increased strength, shorter sound holes, a lower profile and a pattern that was much closer to the style of Guarneri del Gesu.

Pergo flooring project Laminate flooring (also called floating wood tile in the United States) is a multi-layer synthetic flooring product fused together with a lamination process. Laminate flooring simulates wood (or sometimes stone) with a photographic applique layer under a clear protective layer. The inner core layer is usually composed of melamine resin and fiber board materials. There is a European Standard No. EN 13329:2000 specifying laminate floor covering requirements and testing methods.

LaMB is a 2009 Singaporean-Japanese animated film directed by Ryosuke Tei based on a script written by Carmelo S. J. Juinio and illustrated by Yasufumi Soejima, produced by Animax. The film tells the story of a futuristic inhabited planet that has seemingly perfected a system of justice and imprisonment, called "Lamination". Individuals convicted of serious crimes are encased in laminated suits, which results in virtual slavery. The criminals are referred to as "LaMBs".

He has been assigned the task to restore vegetation to the dry, desert planet. Among Griswold's superiors is Keiko Suzuki, Chief Scientific Advisor specializing in biophysics, and Sara Integra's niece. She has been deeply affected by the death of her parents, and her aunt's imprisonment, and lamination and has made revenge her ultimate goal in life. Griswold tends to display workaholic traits, presumably in order to forget the recent loss of his wife.

For example, zebrafish have no Cajal-Retzius cells at all; instead, the protein is being secreted by other neurons. These cells do not form a dedicated layer in amphibians, and radial migration in their brains is very weak. As the cortex becomes more complex and convoluted, migration along the radial glia fibers becomes more important for the proper lamination. The emergence of a distinct reelin-secreting layer is thought to play an important role in this evolution.

The mode of formation of the cell wall was controversial in the 19th century. Hugo von Mohl (1853, 1858) advocated the idea that the cell wall grows by apposition. Carl Nägeli (1858, 1862, 1863) believed that the growth of the wall in thickness and in area was due to a process termed intussusception. Each theory was improved in the following decades: the apposition (or lamination) theory by Eduard Strasburger (1882, 1889), and the intussusception theory by Julius Wiesner (1886).

In this case, the vias may be laser drilled—evaporated by lasers. Laser-drilled vias typically have an inferior surface finish inside the hole. These holes are called micro vias and can have diameters as small as 10 micrometers. It is also possible with controlled-depth drilling, laser drilling, or by pre-drilling the individual sheets of the PCB before lamination, to produce holes that connect only some of the copper layers, rather than passing through the entire board.

Rock expands upon heating and contracts upon cooling and different rock- forming minerals have variable rates of thermal expansion / contraction. Daily rock surface temperature variations can be quite large, and many have suggested that stresses created during heating cause the near-surface zone of rock to expand and detach in thin slabs (e.g. Wolters, 1969). Large diurnal or fire-induced temperature fluctuations have been observed to create thin lamination and flaking at the surface of rocks, sometimes labeled exfoliation.

Different ways of creating textile-reinforced concrete vary from traditional form-work casts, all the way to Pultrusion. When making TRC using casting, the form work must be constructed, and the textile reinforcement must be pre-installed and ready for concrete to be poured in. After the concrete is poured and has had time to harden, the form-work is removed to reveal the structure. Another way of creating a TRC structure is lamination by hand.

DOPEY2 has been associated with the Down Syndrome phenotype. When DOPEY2 was overexpressed in mice, abnormal lamination patterns of cortical cells was observed, as well as altered cortical, hippocampal, and cerebellar cells, regions that play key roles in memory and learning. These changes are similar to those observed in Down Syndrome patients. It is because of this that C21orf15 is now being studied as a new candidate gene for the mental retardation phenotype in Down Syndrome.

Bamboo cutting boards are an alternative to plastic or glass cutting boards, partially because bamboo is commonly thought to be naturally antimicrobial (although studies show otherwise ). During the harvesting process, bamboo is carefully chosen for maturation, markings, and size. The stalk is then cut into specific sizes and sent through a pressing process that strips the stalks into smaller plank-like pieces. Once the bamboo is pliable, a cutting board can be produced from multiple pieces by lamination.

In mathematics, the tameness theorem states that every complete hyperbolic 3-manifold with finitely generated fundamental group is topologically tame, in other words homeomorphic to the interior of a compact 3-manifold. The tameness theorem was conjectured by . It was proved by and, independently, by Danny Calegari and David Gabai. It is one of the fundamental properties of geometrically infinite hyperbolic 3-manifolds, together with the density theorem for Kleinian groups and the ending lamination theorem.

Construction of the models is of Kent paper, a grade of cartridge paper sold in Japan. The early models were explicitly hand drawn, but by the 1980s these had their parts drafted with the use of CAD software. Seen below is the N-424 glider from Jet Age Jamboree (1966) The glider fuselage is constructed from several laminations of paper glued together. The wings are of two laminations, and the tailplane and tailfin of a single lamination.

Eddy currents are minimized in these devices by selecting magnetic core materials that have low electrical conductivity (e.g., ferrites) or by using thin sheets of magnetic material, known as laminations. Electrons cannot cross the insulating gap between the laminations and so are unable to circulate on wide arcs. Charges gather at the lamination boundaries, in a process analogous to the Hall effect, producing electric fields that oppose any further accumulation of charge and hence suppressing the eddy currents.

The tameness theorem states that every complete hyperbolic 3-manifold with finitely generated fundamental group is topologically tame, in other words homeomorphic to the interior of a compact 3-manifold. The tameness theorem was conjectured by Marden. It was proved by Agol and, independently, by Danny Calegari and David Gabai. It is one of the fundamental properties of geometrically infinite hyperbolic 3-manifolds, together with the density theorem for Kleinian groups and the ending lamination theorem.

The drying process varies on the species of lumber, but can be done in as little as a week. Once the drying process is complete the planks are sent through a surfacer (or planer), which makes the face of the lumber perfectly smooth. These planks travel to a machine, which then spreads a special glue on the interior boards. Depending on the type of glue and type of mill, there are two ways to finish the lamination process.

The vibrating assembly is a moving element driven either by hydraulics or more commonly, electromagnets. In the electromagnetic version, the heart of this assembly is a tuned spring-mass system powered by electrical coils acting on oppositely charged lamination stacks. The frequency of the electrical charges is matched to the mechanical frequency of the system. Although the amplitude can be adjusted on the machine the frequency can only be changed by changing the mass of the vibrating assembly.

The lamination of the grains, varnish and emulsion makes autochrome plates susceptible to deterioration with each layer being vulnerable to changes in environment including moisture, oxidation, cracking, or flaking as well as physical damage from handling; Solutions include conservative lighting conditions, chemical free materials, medium-range humidity control of between 63 and 68 degrees Fahrenheit, and a well designed preservation plan.Penichon, Sylvie. Twentieth-Century Colour Photographs. Los Angeles: The Getty Conservation Institute (2013), p 61, 78.

While at MIT, Caldwell and fellow student Hans Frank Lehmann designed a contest winning glider. At that time MIT did not offer courses in aeronautics, yet working with Hans Lehmann, Caldwell titled his graduate thesis "Investigation Of Air Propellers." After graduation, he worked as foreman and process engineer at Curtiss Aeroplane and Motor Company in Buffalo, New York. In 1916 Caldwell traveled to investigate Army airplane propeller de-lamination at Columbus, New Mexico near the Mexican border.

Such compensation could only have resulted from developmental neuroplasticity and the interaction between environment and brain functioning. Different functions within the brain arise through development. Instead of having prespecified patterns of connectivity, neuroconstructivism suggests that there are "tiny regional differences in type, density, and orientation of neurons, in neurotransmitters, in firing thresholds, in rate of myelination, lamination, ratio of gray matter to white matter," etc. that led to differing capabilities of neurons or brain regions to handle specific functions.

It is these epoxies that cross-link to give the final structure. It can be made into a viscous polymer that can be spun or spread over a thickness ranging from below 1 micrometer up to above 300 micrometers, or Thick Film Dry Sheets (TFDS) for lamination up to above 1 millimetre thick. Up to 500 µm the resist can be processed with standard contact lithography. Above 500 µm absorption leads to increasing sidewall undercuts and poor curing at the substrate interface.

All forms of focal cortical dysplasia lead to disorganization of the normal structure of the cerebral cortex. Type 1 FCD exhibits subtle alterations in cortical lamination. Type 2a FCD exhibits neurons that are larger than normal that are called cytomegalic dysmorphic neurons (CDN). FCD type 2b exhibits complete loss of laminar structure, and the presence of CDN and enlarged cells are called balloon cells (BC) for their large elliptical cell body shape, laterally displaced nucleus, and lack of dendrites or axons.

The leading-edge flaps, stabilators, and ventral fins make use of bonded aluminum honeycomb structures and graphite epoxy lamination coatings. The number of lubrication points, fuel line connections, and replaceable modules is significantly lower than preceding fighters; 80% of the access panels can be accessed without stands. The air intake was placed so it was rearward of the nose but forward enough to minimize air flow losses and reduce aerodynamic drag.Hillaker, Harry J. "Technology and the F-16 Fighting Falcon Jet Fighter." nae.edu.

Overall, the design of this system is robust: printheads have been known to last one million prints or more. Ink blocks are not compatible between Phaser models, due to Xerox changing each CMYK molded shape with each new model release due to changes in the formulation (and especially melt point) of the ink. Special openings prevent the insertion of ink sticks from the wrong model, or the wrong slot. Lamination becomes difficult due to the nature of the ink technology.

None of the units show any signs of fine lamination. The fourth unit, which contains the culture-bearing horizon, has thick, iron-based sand with much gravel, and also sees the disappearance of ash. Another important find in the third unit is the presence of diorite, which contains feldspar, and helped date the site's occupation using IRSL. Finally, at 0.60 meters of depth, the fifth unit is found, with light gray sand mixed with gravel, tinged brown from touching adjacent layers.

Eddy currents are the root cause of the skin effect in conductors carrying AC current. Lamination of magnetic cores in transformers greatly improves the efficiency by minimising eddy currents Similarly, in magnetic materials of finite conductivity eddy currents cause the confinement of the majority of the magnetic fields to only a couple skin depths of the surface of the material. This effect limits the flux linkage in inductors and transformers having magnetic cores. E-I transformer laminations showing flux paths.

Heated laminators use heated rollers or heated shoes to melt the glue which is applied to lamination film. The process of heating the glue prior to applying the film to a substrate allows for a faster application of the film. The laminates and adhesives used are generally cheaper to manufacture than cold roll laminates, often as much as half the cost depending on the comparison made. As the materials are non-adhesive until exposed to heat, they are much easier to handle.

HP inks contain sulfonated polyazo black dye (commonly used for dyeing leather), nitrates and other compounds. Aqueous inks are mainly used in printers with thermal inkjet heads, as these heads require water to perform the ink-expelling function. While aqueous inks often provide the broadest color gamut and most vivid color, most are not waterproof without specialized coating or lamination after printing. Most Dye-based inks, while usually the least expensive, are subject to rapid fading when exposed to light or ozone.

In amphibians, the telencephalon distinctly shows medial, dorsal, lateral and ventral parts of the pallium, plus striatal, pallidal, diagonal and preoptic parts of the basal nuclei. However, the pallial portions do not show a visible lamination. They already have a mixture of glutamatergic (excitatory) and GABAergic (inhibitory) neurons, whereas the subpallium is largely populated by inhibitory neurons. This structure is very similar to that found generally in anamniotes, though cartilaginous fishes do show a layered arrangement of their pallial neurons.

Armour has been used throughout recorded history. It has been made from a variety of materials, beginning with the use of leathers or fabrics as protection and evolving through mail and metal plate into today's modern composites. For much of military history the manufacture of metal personal armour has dominated the technology and employment of armour. Armour drove the development of many important technologies of the Ancient World, including wood lamination, mining, metal refining, vehicle manufacture, leather processing, and later decorative metal working.

Scaled composite laminated I-beams with different scales and lamination schemes designed based on structural similitude analysis. Schematic of scaled composite laminated I-beams: prototype (top) and models with different scales and layups (bottom) Similitude analysis is a powerful engineering tool to design the scaled-down structures. Although both dimensional analysis and direct use of the governing equations may be used to derive the scaling laws, the latter results in more specific scaling laws.Rezaeepazhand, J., G. J. Simitses, and J. H. Starnes.

Successive layers of colored adhesive would be pressed on the substrate, exposed and washed away until all the colors existed on a single substrate. This later evolved into the Match Print product, which used a thermal transfer lamination process. The Match Print trade mark has since been sold to Kodak, which uses it today in its MATCHPRINT InkJet and MATCHPRINT Virtual products. Both Color KeyColor Key and Match PrintMatch Print have also become generic names for types of prepress proofs.

His curiosity and soul-searching thirst to understand the complexities of the universe drives his research. He tends to spend more time in the lab than anywhere else and his intense focus on his research makes him appear awkward when in comes to social interaction. Griswold inadvertently gets pulled into the politics and ethics behind the system of "Lamination", as well as a romance with Eve. Keiko's anti-LaMB organization and conspiracy is discovered, and she is put into a lamb suit.

The lamination (pattern welding) of the blade of this kampílan is clearly visible. A close-up view of the characteristic spikelet on the blade's tip is also shown. The laminated steel blade of the kampílan is single-edged, and made from Damascus steel pattern welding process and is easily identified by its tapered profile, narrowest near the hilt and gently widening until its truncated point. The blade's spikelet has led to the description of the kampílan in some documents as "dual-tipped" or "double- tipped".

Stromatolites are attached, lithified sedimentary growth structures, accretionary away from a point or limited surface of initiation. Though the accretion process is commonly regarded to result from the sediment trapping or precipitation-inducing activities of microbial mats, only rarely is evidence of this process preserved in Precambrian stromatolites. Grotzinger's research has applied a process-based approach, oriented toward deconvolving the replacement textures of ancient stromatolites. The effects of diagenetic recrystallization first must be accounted for, followed by analysis of lamination textures and deduction of possible accretion mechanisms.

According to the United States National Windshield Repair Association, laminated glass repair is possible for minor impact damage using a process that involves drilling into the fractured glass to reach the lamination layer. Special clear adhesive resin is injected under pressure and then cured with ultraviolet light. When done properly, the strength and clarity is sufficiently restored for most safety related purposes. The process is widely used to repair large industrial automotive windshields where the damage does not interfere with the view of the driver.

Smart film, also called Switchable film, is a product that is capable of adjusting light transmission between transparent and opaque using AC power. Due to moisture sensitivity, earlier versions of the film were used only to make smart glass by lamination on glass. With continual improvement in moisture resistance, the new (3rd) generation of the film can be directly installed on existing windows with special glue or self-adhesive. It combines many functions, such as light adjustment, UV and infrared blocking, advertising and security.

Unlike other cyclin dependent kinases, CDK5 does not also require phosphorylation on the T loop so that binding with the activator is sufficient to activate the kinase. Cdk5 is involved in the processes of neuronal maturation and migration, phosphorylating the key intracellular adaptor of the reelin signaling chain. Experiments performed on mice lacking p35 (CDK5R1), a necessary activator of cdk5 in early brain development, showed that the normal layering of neurons was reversed in the cortex. This disrupted lamination again implicated cdk5 in neuronal migration and plasticity.

Princeton Public Library houses a collection of over 60,000 items, and is able to order from 8 million items from more than 250 library locations through PRAIRIECAT. Princeton Public Library cardholders may also check out e-books and digital audio books through Online Media of Northern Illinois. The library offers a wide variety of services which includes lamination, microfilm readers, fax service, online catalogs, magnifying readers, free Wi-Fi throughout the building, and a drive- up book drop. The library provides federal and state tax forms.

OFET schematic Thermally oxidized silicon is a traditional substrate for OFETs where the silicon dioxide serves as the gate insulator. The active FET layer is usually deposited onto this substrate using either (i) thermal evaporation, (ii) coating from organic solution, or (iii) electrostatic lamination. The first two techniques result in polycrystalline active layers; they are much easier to produce, but result in relatively poor transistor performance. Numerous variations of the solution coating technique (ii) are known, including dip-coating, spin-coating, inkjet printing and screen printing.

Zone A was a sub-mound soil complex of dark clay with much silt, where the original land surface was uneven and a natural levee on the north bank of the Coosawattee. Zone B was the initial mound-fill that was composed of a dark, almost black clay, with heavy organic content, charcoal, and some scattered midden inclusions. This zone varied in thickness from - and formed the core mound of the structure. Zone C was a small lamination of water-laid yellow- brown sand, ranging from - thick.

These are interacting failure criteria where more than one stress components have been used to evaluate the different failure modes. These criteria were originally developed for unidirectional polymeric composites, and hence, applications to other type of laminates and non-polymeric composites have significant approximations. Usually Hashin criteria are implemented within two-dimensional classical lamination approach for point stress calculations with ply discounting as the material degradation model. Failure indices for Hashin criteria are related to fibre and matrix failures and involve four failure modes.

In surface chemistry (especially mineralogy and materials science), lamellar structures are fine layers, alternating between different materials. They can be produced by chemical effects (as in eutectic solidification), biological means, or a deliberate process of lamination, such as pattern welding. Lamellae can also describe the layers of atoms in the crystal lattice of a material such as a metal. The term has been used to describe the construction of lamellar armour, as well as the layered structures that can be described by a lamellar vector field.

With this process, an integrated structure of the CFRP and polymer ligaments is created through the use of laser machining followed by lamination. This SCM process is utilized in the production of mesoscale robots as the polymer connectors serve as low friction alternatives to pin joints. 3D printing can now be used to print a wide range of silicone inks using Robocasting also known as direct ink writing (DIW). This manufacturing route allows for a seamless production of fluidic elastomer actuators with locally defined mechanical properties.

Cold foil takes the idea of hot foil stamping and makes it more convenient and cost-effective. The cold foil functions like an additional ink and is actually a UV-curable, very fast lamination adhesive and can be bonded in-line in a single run using a printing plate for either flexographic web printing or offset sheet-fed printing. It can be applied precisely with high resolution, even for fine structures such as raster gradients and thin lines. Typeface is legible from about 5 points upwards and has excellent edge definition.

Polycrystalline structure of electrical steel after coating has been removed. Electrical steel (lamination steel, silicon electrical steel, silicon steel, relay steel, transformer steel) is an iron alloy tailored to produce specific magnetic properties: small hysteresis area resulting in low power loss per cycle, low core loss, and high permeability. Electrical steel is usually manufactured in cold-rolled strips less than 2 mm thick. These strips are cut to shape to make laminations which are stacked together to form the laminated cores of transformers, and the stator and rotor of electric motors.

Flex circuits having three or more layers of conductors are known as multilayer flex circuits. Commonly the layers are interconnected by means of plated through holes, though this is not a requirement of the definition for it is possible to provide openings to access lower circuit level features. The layers of the multilayer flex circuit may or may not be continuously laminated together throughout the construction with the obvious exception of the areas occupied by plated through-holes. The practice of discontinuous lamination is common in cases where maximum flexibility is required.

For example, a four-layer PCB can be fabricated by starting from a two-sided copper-clad laminate, etch the circuitry on both sides, then laminate to the top and bottom pre-preg and copper foil. It is then drilled, plated, and etched again to get traces on top and bottom layers. The inner layers are given a complete machine inspection before lamination because mistakes cannot be corrected afterwards. Automatic optical inspection (AOI) machines compare an image of the board with the digital image generated from the original design data.

The Early Permian Branchiosaurids (Amphibia) of Sardinia (Italy): systematic palaeontology, palaeoecology, biostratigraphy and palaeobiogeographic Problems. Palaeo geography, Palaeoclimatology, Palaeoecology. 252:383-404 Smaller, shallow lakes especially would have experienced unstable environments due to these changing weather conditions whereas large and deep lakes, which yield most of the Branchiosaurid, specimens would have been more buffered. A fine lamination of C(org)-rich grey to black shales indicates a belt of lakes of tropical to subtropical climate and the existence of variable levels of oxygen for aquatic life in the Late Paleozoic.

Bláthy had suggested the use of closed cores, Zipernowsky had suggested the use of parallel shunt connections, and Déri had performed the experiments; The other essential milestone was the introduction of 'voltage source, voltage intensive' (VSVI) systems'American Society for Engineering Education. Conference – 1995: Annual Conference Proceedings, Volume 2, (PAGE: 1848) by the invention of constant voltage generators in 1885. In early 1885, the three engineers also eliminated the problem of eddy current losses with the invention of the lamination of electromagnetic cores. Ottó Bláthy also invented the first AC electricity meter.

Micarta knife handle Micarta industrial laminates are normally phenolic, epoxy, silicone, or melamine resin based thermoset materials reinforced with fiberglass, cork, cotton cloth, paper, carbon fiber or other substrates. Micarta industrial laminate sheet is a hard, dense material made by applying heat and pressure to layers of prepreg. These layers of lamination usually consist of cellulose paper, cotton fabrics, synthetic yarn fabrics, glass fabrics, or unwoven fabrics. When heat and pressure are applied to the layers, a chemical reaction (polymerization) transforms the layers into a high- pressure thermosetting industrial laminated plastic.

Cajal-Retzius cells are the first cells to cover the cortical sheet and hippocampal primordium, and regulate cortical lamination by Reelin. In order to make connections with GABAergic neurons in different regions of the hippocampus (stratum oriens, stratum radiatum, and inner molecular layer), pioneer entorhinal neurons make synaptic contacts with Cajal-Retzius cells. To test their role in guidance, scientists (Del Rio and colleagues) ablated Cajal-Retzius cells with 6-OHDA. As a result, entorhinal axons did not grow in the hippocampus and ruled Cajal-Retzuis cells as guidepost cells.

Cosmo Films has 5 production facilities-cum-distribution centres located across India, Korea, and USA. Capacity The company's annual production capacity is 140,000 MT for BOPP films; 40,000 MT for thermal lamination films; 10,000 MT for coated films and 15,000 MT for metalized films. Expansion Drives In January 2015, Cosmo Films officially announced the up-gradation and expansion of its US operations with a monetary investment of $750,000. On 1 Nov 2015, they made an announcement to invest Rs. 220 crores to expand their capacity at Gujarat and Maharashtra facilities.

In the 1960s, companies began adding another lamination of fiberglass or other such synthetic compound as a coating, which further added to the durability and usability of the stick. Also in the 1960s, players began curving the blade of the stick, which dramatically changed the physics affecting players' shots. In the 1970s, cricket and baseball bat manufacturers began experimenting with lightweight steel alloys as a replacement for the traditional willow or ash bat. Hockey stick designers followed suit in the early 1980s, introducing first a single piece all-aluminum stick.

When the part is withdrawn from the resin bath, it is drained and/or cleaned and then cured. Curing can consist of polymerizing the internal resin or evaporating the solvent, which leaves an insulating dielectric material between different voltage components. Porosity sealing (Resin Impregnation) fills all interior spaces, and may or may not leave a thin coating on the surface, depending on the wash/rinse performance. The main application of vacuum impregnation porosity sealing is in boosting the dielectric strength of transformers, solenoids, lamination stacks or coils, and some high voltage components.

There are different lamination processes, depending primarily on the type or types of materials to be laminated. The materials used in laminates can be identical or different, depending on the process and the object to be laminated. An example of a type of laminate using different materials would be the application of a layer of plastic film—the "laminate"—on either side of a sheet of glass—the laminated subject. Vehicle windshields are commonly made as composites created by laminating a tough plastic film between two layers of glass.

Uchi makes control modules for almost all the major coffee makers like Jura (Swiss), Krups (German), AEG (German), Bosch (German), Siemens (German) and Nestle (Swiss). Uchi believes that the outsourcing trend will continue as it is more cost effective for the coffee maker brands to concentrate on design and branding while outsourcing the coffee modules to Uchi, which controls key intellectual properties used in the modules. Other activities include assembly of electrical components onto printed circuit boards (PCB) and trading of complete electrical module and saturated paper for PCB lamination.

Butter and margarine are both water-in-oil emulsions, composed of stabilized water droplets dispersed in oil. While butter is appealing due to its high consumer acceptance, its low melting point, 32 °C, actually makes it undesirable for production purposes. The use of butter as roll-in fat during the lamination step will cause problems of oiling out during sheeting and fermentation if the temperature is not tightly controlled, thus disrupting the integrity of the layers. On the other hand, kinds of margarine are commonly used as roll-in fat because they facilitate dough handling.

The carbonizing process can reduce the floor's final hardness significantly compared to non-carbonized bamboo, rendering it softer than some pines and softer than more common red oak. Most bamboo flooring uses a urea-formaldehyde (UF) adhesive in the lamination process. Though the use of UF resins, which emit volatile organic compounds (VOCs), is harmful to indoor air quality, bamboo flooring uses a relatively small amount compared with other materials, such as particleboards. Bamboo flooring products that avoid formaldehyde use are available, including some listed in the GreenSpec Directory.

Metal sheets were stacked and carefully heated; the solid billet of simple stripes could be forged and carved to increase the pattern's complexity. Successful lamination using the traditional process requires a highly skilled smith with a great deal of experience. Bonding in the traditional process is achieved when some or all of the alloys in the stack are heated to the point of becoming partially molten (above solidus) this liquid alloy is what fuses the layers together. Careful heat control and skillful forging are required for this process.

The Roland MC-505 has no sampler. The size of the LCD screen makes it difficult to read each feature setting, and over time the LCD screen would lose pixels (which in some cases renders the screen unreadable; this is called "display bug" by some users). This issue is due to the heat on the LCD screen-PCB board, the lamination between the crystal and the PCB is opening/splitting up from the little heat inside the Roland MC-505 from prolonged use. Roland has fixed this by updating the LCD screen component.

The production is located at Luleå, Borlänge, Oxelösund and Finspång. SSAB is the largest steel sheet manufacturer in Scandinavia, with its blast furnace, coking plant, and steelworks located in Luleå and its rolling mills and coating plants in Borlänge—the initial product is sent from one location to the other via train. The division also has a coil coating line, lamination line, and special steels production. SSAB Special Steels in Oxelösund is the only steelworks in Sweden to have its entire vertical production base in one place, from raw material handling to its rolling plates.

By 1990, Tayag delved towards woodwork and sculpture by forming sculptures delving in waves and abstractions by means of wood lamination. His sculptures and his wood furniture are mainly reminiscent of the works of Constantin Brâncuși and Alexander Calder. In 1989, after receiving a grant from the Cultural Center of the Philippines (CCP), Tayag made a large-scale black and white sumi painting known as Black Mountain which was later mounted in the lobby of the Little Theater of the CCP. The painting however was destroyed in a fire in the late 1990s.

Carotid artery dissection is a separation of the layers of the artery wall supplying oxygen-bearing blood to the head and brain and is the most common cause of stroke in young adults. (In vascular medicine, dissection is a blister-like de-lamination between the outer and inner walls of a blood vessel, generally originating with a partial leak in the inner lining.)"Mount Sinai Hospital Patient Care Health Library" Dissection may occur after physical trauma to the neck, such as a blunt injury (e.g. traffic collision), strangulation, but may also happen spontaneously.

Since the foundation of the company in 1966, a little over 2,000 Swan yachts have been produced, ranging from 36 to 131 feet in length. The firm employs about 400 staff, and an almost similar number of indirect staff. The historical plant in Kållby, just outside Jakobstad, is dedicated to plug and mould fabrication and the lamination of all Swans' hulls, using an advanced and fully computerized milling machine to shape the moulds. Another part of the plant is dedicated to the assembly of the smaller size yachts.

Motorola Droid Razr comes in the form factor of a slate with a diamond-cut aluminum chassis. The display is a 4.3 inch qHD (540 × 960) Super AMOLED Advanced PenTile[2] capacitive touchscreen that is covered by scratch- resistant Corning Gorilla Glass with an oleophobic fingerprint-resistant coating. The back cover is made with DuPont Kevlar fiber surrounded by a plastic structure. The internals of the Droid RAZR are packed the smartphone construction technique Component Lamination, which physically bonds each layer of components to each other to provide a stronger body.

Law-abiding citizens are protected, while the criminals become members of society in a futuristic prison system. This process ensures that convicted criminals remain productive members in a system of virtual slavery. The story encompasses the dichotomy between the theory and practice of a futuristic society's justice system. The lamination process and system of virtual slavery has made both jails and the death penalty obsolete in a world where human ingenuity, creativity, and labor continue to be precious commodities that cannot be replaced by robots or any form of artificial intelligence.

The rock material that composes the high peaks is sandstone which was laid down from rivers during the Devonian period 425 - 415 million years ago. This sediment slowly accumulated to a depth of ; this was later raised and tilted for its present form. A number of stratigraphic layers have been identified, such as the Silverband Formation, the Mount Difficult Subgroup and the Red Man Bluff Subgroup. The coarse grain and fine lamination of the Silverstone Formation, along with undulations at the surface, is thought to have been an estuarine backwater before becoming preserved around 400 million years ago.

Glass blowing Once the desired form is obtained, glass is usually annealed for the removal of stresses and to increase the glass's hardness and durability. Surface treatments, coatings or lamination may follow to improve the chemical durability (glass container coatings, glass container internal treatment), strength (toughened glass, bulletproof glass, windshields), or optical properties (insulated glazing, anti-reflective coating). New chemical glass compositions or new treatment techniques can be initially investigated in small-scale laboratory experiments. The raw materials for laboratory-scale glass melts are often different from those used in mass production because the cost factor has a low priority.

Cone of Vision (Field of View) The cone of vision of a flame detector is determined by the shape and size of the window and the housing and the location of the sensor in the housing. For infrared sensors also the lamination of the sensor material plays a part; it limits the cone of vision of the flame detector. A wide cone of vision does not automatically mean that the flame detector is better. For some applications the flame detector needs to be aligned precisely to take care that it does not detect potential background radiation sources.

By Bers's theorem, quasi-Fuchsian groups (of some fixed genus) are parameterized by points in T×T, where T is Teichmüller space of the same genus. Suppose that there is a sequence of quasi-Fuchsian groups corresponding to points (gi, hi) in T×T. Also suppose that the sequences gi, hi converge to points μ,μ′ in the Thurston boundary of Teichmüller space of projective measured laminations. If the points μ,μ′ have the property that any nonzero measured lamination has positive intersection number with at least one of them, then the sequence of quasi-Fuchsian groups has a subsequence that converges algebraically.

Cleanroom used for the production of microsystems. The most important tool is the mould, which can be male or female depending on the application. It can be made of different materials, depending on the shrinkage and the thermal expansion coefficient of the composite material, the stiffness required, the surface finish needed, the draft angles and the bending angle. Furthermore, the mould needs to be stable at the lamination temperature, bear the operative pressure, be resistant to wear, be compatible with the other tools used, be resistant to washing solvents and it must be easy to apply release agents.

The first step of lamination is to apply a release agent on the mould, fundamental to avoid adhesion between the resin and the mould itself. If needed for surface finish, a layer of peel-ply could be added. Peel-plies are nylon films used to obtain a specific roughness of the surface on which they are applied, to protect them during storage and to trap volatile particles during polymerization. Then, all the fabric layers are overlapped following the instructions on the ply-book, which contains a list of all the operations to be performed during this process.

Pipe clamps being used to glue up a wooden lamination A common use of pipe clamps in woodworking is for edge gluing; several boards being joined edge to edge to produce a wider surface such as a table top or cabinet components. In this case several pipe clamps will be set up on the workbench so that clamping pressure can be applied evenly along the length of the boards being joined. Pipe clamps can be used to assemble the four sides of boxes or cabinets. As with most other forms of clamps, a wide variety of uses might be found.

Tactile sensors can be used to test the performance of all types of applications. For example, these sensors have been used in the manufacturing of automobiles (brakes, clutches, door seals, gasket), battery lamination, bolted joints, fuel cells etc. Tactile imaging, as a medical imaging modality, translating the sense of touch into a digital image is based on the tactile sensors. Tactile imaging closely mimics manual palpation, since the probe of the device with a pressure sensor array mounted on its face acts similar to human fingers during clinical examination, deforming soft tissue by the probe and detecting resulting changes in the pressure pattern.

The oldest is a co-extruded method, where the stainless steel is extruded with the aluminium. This method has suffered, in isolated cases, from de-lamination (where the stainless steel separates from the aluminium); this is said to have been eliminated in the latest co- extruded rails. A second method is an aluminium core, upon which two stainless steel sections are fitted as a cap and linear welded along the centre line of the rail. Because aluminium has a higher coefficient of thermal expansion than steel, the aluminium and steel must be positively locked to provide a good current collection interface.

Presentations usually consist of affixing the research poster to a portable board with the researcher in attendance answering questions posed by passing colleagues. The poster boards are often 4x6 feet or 4x8 feet and the size of the poster itself varies according to whether the conference organizers decide to have one, two, or more posters on each board face. Posters are often created using a presentation program such as PowerPoint and may be printed on a large format printer. Glossy paper, matte paper (with or without gloss or matte lamination), satin paper, vinyl, and printable fabric are common substrates for poster presentations.

Storing loose hay was common before compact bales became an easier way to handle, transport, and store hay. As barns were prominent structures, the attractive contour of the Gothic-arch was desirable and believed to contribute to the value of a farm. Idaho Farmer magazine predicted in 1916 that the Gothic-arch barn "would become the most prevalent construction type built on successful dairy barns." The barns became popular in the Midwestern United States in the early 1900s, and even more so in the 1910s as advances in the lamination process allowed larger rafters to be fabricated.

Sheets of vinyl impregnated with ferro-magnetic material can allow portable printed images to bond to magnets, such as for a custom bulletin board or a visual presentations. Specially surfaced plastic sheets can be laminated over a printed image to allow them to be safely written upon, such as with dry erase markers or chalk. Multiple translucent printed images may be laminated in layers to achieve certain visual effects or to hold holographic images. Printing businesses that do commercial lamination keep a variety of laminates on hand, as the process for bonding different types is generally similar when working with thin materials.

In 1973, the kibbutz established a factory, Plastnir, for production of flexible polyethylene for specialised films for lamination, films for automatic packaging (FFS), printed and plain collation shrink films, bags on roll, heavy duty bags, high and low density bags, shopping bags, merchandise bags and sleeves for banana growers. The films and bags are sold to major retail chains in Israel, Europe and the United States, as well as to many industrial organizations in Israel. Nir Eliyahu is site of one of Israel's wastewater treatment plants. The plant currently treats wastewater from kibbutzim, moshavim and towns in the region, including Qalqiliya.

The new engine turned a three-bladed propeller. The wing structure, which had suffered failures in the Ki-43-I, was strengthened and equipped with racks for drop tanks or bombs. The Ki-43-II was also fitted with a 13 mm armor plate for the pilot's head and back, and the aircraft's fuel tanks were coated in rubber to form a crude self-sealing tank. This was later replaced by a 3-layer rubber bladder, 8mm core construction; with 2mm oil-proof lamination. The bladder proved to be highly resistant against 7.7mm bullets, but was not as effective against larger calibers.

He was a political activist working to free Austria from nuclear energy and a founder of the Austrian Green Party (Vereinten Grünen Österreichs or VGÖ). In 1993, with his wife, paleontologist Edith Kristan-Tollmann, he published a monograph, Und die Sintflut gab es doch. Vom Mythos zur historischen Wahrheit, which claimed that Noah's flood was the consequence of a bolide impact about 9500 years ago, and supported the claim through geology (impact craters, iridium, shatter cones, stress lamination of minerals, radiocarbon dating, dendrochronology, a peak of acid in the Greenland ice) and legends and folk traditions. See Tollmann's hypothetical bolide.

A Japanese katana. The outer skin is forged from alternating layers of steel with differing carbon content, and folded upon itself many times, producing a mokume (wood-eye) pattern. Since producing high carbon steel from wrought iron was very difficult, careful lamination of different alloys also served to conserve this difficult-to-make steel by using it only for the parts of the blades where it was needed. Many swords were made with the minimum possible amount of high carbon steel along the cutting edge, with the rest of the blade being made of low carbon steel or wrought iron.

Similarly, the process of neurogenesis regulates lamination to form the different layers of the cortex. During this process there is an increase in the restriction of cell fate that begins with earlier progenitors giving rise to any cell type in the cortex and later progenitors giving rise only to neurons of superficial layers. This differential cell fate creates an inside-out topography in the cortex with younger neurons in superficial layers and older neurons in deeper layers. In addition, laminar neurons are stopped in S or G2 phase in order to give a fine distinction between the different cortical layers.

Jeffrey Brock's research focuses on low- dimensional topology and geometry, particularly on spaces with hyperbolic geometry or negative curvature. His joint work with Richard Canary and Yair Minsky resulted in a solution to the "Ending Lamination Conjecture" of William Thurston, culminating in the geometric classification theorem for (topologically-finite) hyperbolic 3-manifolds in terms of their fundamental group and the structure of their ends. More recently, he has worked to understand applications of geometry and topology to the structure of massive and complex data sets and the risks and implications of the increasing use of 'black box' algorithms in science and society.

Modern researchers have had difficulty studying linothorax armor due to it being constructed of biodegradable materials which leave few remains for archeologists to discover. Gregory S. Aldrete has attempted to reconstruct linothorax armor based on ancient depictions and descriptions. In January 2009, Aldrete and his student Scott Bartell presented a paper discussing the protective qualities of the linothorax at the joint American Philological Association/Archaeological Institute of America Convention held in Philadelphia, Pennsylvania. The pair have been researching the linothorax since 2005 and have built a number of copies, using various methods that include lamination and quilting.

Beginning in the 90s, he has moved toward wood turning and sculpture. He was the host of DIY Network's show Wood Works, a show highlighting a combination of techniques using both hand and power tools to design and build pieces which feature the use of exotic woods in ways that feature their color and grain. He also incorporates metal and metal patination in the projects. Marks also used a process called bent wood lamination a process in which very many pieces of thin wooden slats are glued together and forced into a bending form to cure.

Xhol's last LP, Motherfuckers GmbH & Co. KG, consists of several pieces recorded more or less live in the studio. Recorded in 1970, the album would not be released until 1972 due to creative differences between Xhol's members and Ohr label boss Ralf-Ulrich Kaiser. These differences even influenced the packaging of the album: although Ohr/Metronome usually lavished great care on the sleeves for its records—commissioning custom artwork with glossy lamination and gatefolds for even single LPs—the sleeve for MF consisted merely of hand-scrawled text on a box containing the master recordings of the album. The band dissolved in April 1972.

The rotor houses a coil, which is the secondary winding of the turning transformer, and a separate primary winding in a lamination, exciting the two two-phase windings on the stator. The primary winding of the transformer, fixed to the stator, is excited by a sinusoidal electric current, which by electromagnetic induction induces current in the rotor. As these windings are arranged on the axis of the resolver, the same current is induced no matter what its position. This current then flows through the other winding on the rotor, in turn inducing current in its secondary windings, the two-phase windings back on the stator.

The word paper is etymologically derived from Latin , which comes from the Greek (), the word for the plant.πάπυρος , Henry George Liddell, Robert Scott, A Greek–English Lexicon, on Perseus Papyrus is a thick, paper-like material produced from the pith of the ' plant, which was used in ancient Egypt and other Mediterranean cultures for writing before the introduction of paper. Although the word paper is etymologically derived from papyrus, the two are produced very differently and the development of the first is distinct from the development of the second. Papyrus is a lamination of natural plant fibre, while paper is manufactured from fibres whose properties have been changed by maceration.

After cutting, the vinyl material outside of the design is peeled away, leaving the design on the backing material which can be applied using self-adhesion, glue, lamination, or a heat press. The vinyl knife is usually shaped like a plotter pen and is also mounted on a swivel head so that the knife edge self-rotates to face the correct direction as the plotter head moves. Vinyl cutters are primarily used to produce single-color line art and lettering. Multiple color designs require cutting separate sheets of vinyl, then overlaying them during application; but this process quickly becomes cumbersome for more than a couple of hues.

Affected individuals commonly suffer from photophobia, nystagmus and achromatopsia. Other symptoms affecting vision may include night vision difficulties; optic disc pallor; narrow vessels; macular atrophy with pigment mottling; peripheral deep white dot deposits or retinal pigment epithelium (RPE) alterations in the inferonasal retina; decreased foveal and retinal thickness; attenuation of retinal lamination; hyperreflectivity in the choroids (due to RPE and choriocapillaris atrophy); impairment of color vision; and progressive loss of vision with advancing age. In line with ameleogenesis imperfecta, affected members may display teeth yellow-brown in colour, dysplastic, presenting numerous caries; reduced enamel layer prone to posteruptive failure; and abnormality of morphology involving dentine.

Jean de Court (attributed), painted Limoges enamel dish in detail (mid-16th century), Waddesdon Bequest, British Museum Enamels are made by painting a substrate, typically metal, with powdered glass; minerals called color oxides provide coloration. After firing at a temperature of 750–850 degrees Celsius (1380–1560 degrees Fahrenheit), the result is a fused lamination of glass and metal. Unlike most painted techniques, the surface can be handled and wetted Enamels have traditionally been used for decoration of precious objects,Mayer, Ralph,The Artist's Handbook of Materials and Techniques, Third Edition, New York: Viking, 1970, p. 375. but have also been used for other purposes.

George Obendorf Gothic Arch Truss Barn, built from Sears Roebuck parts, in Idaho A Gothic-arched roof barn or Gothic-arch barn or Gothic barn or rainbow arch is a barn whose profile is in the ogival shape of a Gothic arch. These became economically feasible when arch members could be formed by a lamination process. The distinctive roofline features a center peak as in a gable roof, but with symmetrical curved rafters instead of straight ones. The roof could extend to the ground making the roof and walls a complete arch, or be built as an arched roof on top of traditionally framed walls.

Comexi Group is a machinery supplier in the flexible packaging industry. Family-run company that started its activities in 1954, now it is an industrial global supplier with more than 500 employees and 3 factories: one in Spain, near Barcelona, other one located in Rio Grande do Sul in Brazil and another one in Piacenza, Italy. In its beginnings, the company was divided in flexographic presses (Flexo Brand), solvent, solventless lamination and coating (Nexus Brand), slitting and rewinding (Proslit Brand) and logistics and environmental management for its industry (Enviroxi Brand). Nowadays, the company is organized in 5 product lines: flexographic printing, offset printing, gravure printing, laminating and slitting.

An assortment of cakes and pastries in a pâtisserie This is a list of pastries, which are small buns made using a stiff dough enriched with fat. Some dishes, such as pies, are made of a pastry casing that covers or completely contains a filling of various sweet or savory ingredients. There are five basic types of pastry (a food that combines flour and fat); these are shortcrust pastry, filo pastry, choux pastry, flaky pastry and puff pastry. Two main types of pastry are nonlaminated, when fat is cut or rubbed into the flour, and laminated, when fat is repeatedly folded into the dough using a technique called lamination.

This upper part has a strata more common to be deposited on nearshore environments with abundant lagoons, coastal lakes and fluvial channels with the clean sand at the top probably representing a marine shoreface. The Korsodde Section, with 93 m thick is composed mostly by coarse grained Sands with cross-bedding and parallel lamination, being mostly of Black due to an abundant organic debris. This Section has been interpreted as part of the large local fluvial system, probably as a series of minor fluvial channels, that where connected with coastal lakes and lagoons, where riparian vegetation was relatively abundant, judging by the presence of megaflora remains and palynomorphs. Small ichnofossil burrows and larger burrows, including Diplocraterion isp.

At the peg end of the fingerboard sits a small ebony or ivory nut, infrequently called the upper saddle, with grooves to position the strings as they lead into the pegbox. The scroll at the end of the pegbox provides essential mass to tune the fundamental body resonance and provides a convenient grip for spare fingers to brace against when tuning one-handed (with the violin on the shoulder). Some "scrolls" are carved representations of animal or human heads instead of the classical spiral volute most normally seen. The maple neck alone is not strong enough to support the tension of the strings without distorting, relying for that strength on its lamination with the fingerboard.

The Zytronic Group consists of two companies; the parent company is Zytronic Plc which was incorporated in 2000 and admitted to the London Stock Exchange Alternative Investment Market (AIM)"London Stock Exchange: Company Summary". in July 2000; and the operating subsidiary Zytronic Displays Limited. Zytronic Displays Limited manufactures laminated optical products from radio frequency interference and electromagnetic interference (RFI/EMI) glass panels, optical displays used on ATMs, to other of electronic displays used in a wide variety of industries. Since July 2000, Zytronic Displays Limited has developed technology relating to the operation of the touch sensors, the lamination techniques and processes, and developed a range of interactive touch sensor products based upon patented projected capacitive technology (PCT).

A new generation of picture discs appeared in the 1970s. The first serious pictures discs, with acceptable but still inferior sound quality, were developed by Metronome Records GmbH, a subsidiary of Elektra Records. These new picture discs were made by creating a five-layer lamination consisting of a core of black vinyl with kiln-dried paper decals on either side and then outer skins of clear vinyl film, manufactured by 3M, on the outsides. In manufacture, one layer of the clear film was first placed on the bed of the press on top of the stamper, then a "puck" of hot black vinyl from the extruder was placed on top of that.

The Museum's exterior skin is made of 33,000 titanium plates, a material that has been used to replace copper or lead because of their toxicity. Many tests have been carried out with different materials to find one that would withstand heat and bad weather, while maintaining its character. It was during this research process that tests were started on titanium samples and the best treatment was found. Its lamination process is delicate and has to be done in places with high energy sources, that's why the laminated parts were made in Pittsburgh, in the United States, the rolling allowed to obtain titanium plates only 0.4mm thick, which is much thinner than if steel plates had been used.

Ruotuväki 17/2010. About 50% of the total cost is contracted for Finnish companies and the shipbuilding contract includes a 100% offset agreement.Miinantorjunta-alus Katanpää on täynnä hienoa tietotekniikkaa. Laiva 3/2012. The construction of the first vessel began in July 2007 with the ceremony of "start of lamination" which, for vessels built of composite materials, equals to the steel cutting ceremony. The construction of the second vessel was started in March 2008 and the third vessel in February 2009. The construction of the vessels was delayed by one year after the shipyard was devastated by a flood in early 2009. Two more floods occurred in late 2009, but the damage was not as extensive.

When employed in parallel connected electric distribution systems, closed-core transformers finally made it technically and economically feasible to provide electric power for lighting in homes, businesses and public spaces. Bláthy had suggested the use of closed cores, Zipernowsky had suggested the use of parallel shunt connections, and Déri had performed the experiments; In early 1885, the three engineers also eliminated the problem of eddy current losses with the invention of the lamination of electromagnetic cores. Transformers today are designed on the principles discovered by the three engineers. They also popularized the word 'transformer' to describe a device for altering the EMF of an electric current although the term had already been in use by 1882.

Roosevelt was a schooner with an ice-strengthened flexible wooden hull sheathed in steel and braced by a unique system of trusses. The wooden construction of her hull gave it both strength and the flexibility to bend rather than break when ice struck it or pressed against it, and her hull planking was assembled through a lamination process that gave her hull greater strength than a single piece of wood could provide. Her hull was thick in places and was egg-shaped, a design that would allow her to rise and ride above sea ice that pushed against her below the waterline – almost popping up out of the ice – rather than be crushed by it.Grigore, pp.

Most shapers today design surfboards using computer programs to generate data that can be supplied to a computer cutting facility which will mill the raw foam blank within 90% of the finished shape, leaving the shaper to fine-tune the blank to its final state before glassing. This method allows the shaper to have a very exacting and reproducible design which can be easily fine-tuned and adjusted. Wooden surfboards are making a comeback as an eco-friendly alternative, requiring ultra-light boatbuilding skills. Many professional shapers outsource the highly specialized task of lamination to specialized "glassers", who laminate fiberglass to the foam core of the surfboard using thermosetting resins like polyester or epoxy.

The best plastic tarp gym floor covers today are made of single- layer woven polyester and the newest polymer materials made via the knife- coating process, which enables dyes to be deposited deep into the core of the PVC material and prevent peeling of the layers - a side effect of extrusion coating or lamination process.. Modern gym floor covers are manufactured with a variety of colors, anti-slip surfaces, and weights ranging from . Custom sizing is available with most products. The following technical characteristics are used to describe and classify the covers: filament size, weave count, total weight, core weight, tear strength, tensile strength, adhesion, coefficient of friction, slip resistance, hydrostatic resistance, fire resistance and others.

Although the switch consists of three curves ending in and intersecting at a single point, the curves in the lamination do not have endpoints and do not intersect each other. For this application of train tracks to laminations, it is often important to constrain the shapes that can be formed by connected components of the surface between the curves of the track. For instance, Penner and Harer require that each such component, when glued to a copy of itself along its boundary to form a smooth surface with cusps, have negative cusped Euler characteristic. A train track with weights, or weighted train track or measured train track, consists of a train track with a non-negative real number, called a weight, assigned to each branch.

Instead, Moore and colleagues noted a bridge of bone connecting the and (processes on the side of the vertebra), which was either fused to the lost sacral rib (as in other sauropods) or was not associated with a rib at all. Zhao's diagnosis noted that the dorsals were opisthocoelous; the dorsals had shallow (neurovascular openings) and simple lamination (ridging); the dorsal neural spines were low, with the first few being bifid and the last few having expanded tips; the sacral centra were fused such that their boundaries were not visible; and the first four sacral neural spines were fused. Moore and colleagues identified two unique features in the dorsals. First, the sides of some of the dorsals bore sets of three posterior centroparapophyseal laminae (PCPLs).

Stone paper has a density range of 1.0-1.6g/cm3, which is equal to, or slightly higher than, ordinary paper and a texture somewhat like that of the outer membrane of a boiled egg. It may be recycled with Number 2 plastics or remade into rich mineral paper again, and is not biodegradable but is photo- degradable under suitable conditions.Chu and Nel, "Characterisation and deterioration of stone papers", AICCM Bulletin, vol 40.1, 2019 Because it is not made from wood fibers, stone paper possesses a smoother surface than most traditional paper products, eliminating the need for a coating or lamination. The source of the calcium carbonate is waste material collected from marble quarries and offcuts which are ground and reduced to fine white calcium carbonate powder.

Whether by highlighting elements of abstraction or teasing out moments of human drama, Monet's images bring into relief a contemporary relevancy he finds in these classical sculptures. The idea of duality plays out even in the presentation of these Ilfochrome prints, which are two dimensional but assume the heft of stone under their boxlike lamination of thick polished Plexiglas, a nod to minimalist sculpture. In a subtle dialogue among mediums, Monet approaches his three-dimensional subjects from a painterly sensibility and returns the traces of light stolen with his camera back to the object world. In a subtle dialogue among mediums, Monet approaches his three-dimensional subjects from a painterly sensibility and returns the traces of light stolen with his camera back to the object world.

An earthquake is roughly a sort of limit of simple earthquakes, where one has an infinite number of geodesics, and instead of attaching a positive real number to each geodesic one puts a measure on them. A geodesic lamination of a hyperbolic surface is a closed subset with a foliation by geodesics. A left earthquake E consists of a map between copies of the hyperbolic plane with geodesic laminations, that is an isometry from each stratum of the foliation to a stratum. Moreover, if A and B are two strata then E'E is a hyperbolic transformation whose axis separates A and B and which translates to the left, where EA is the isometry of the whole plane that restricts to E on A, and likewise for B.

Optimization algorithms implemented in pSeven allow solving single and multi-objective constrained optimization problems as well as robust and reliability based design optimization problems. Users can solve both engineering optimization problems with cheap to evaluate semi-analytical models and the problems with expensive (in terms of CPU time) objective functions and constraints.F. Gubarev, V. Kunin, A. Pospelov, "Lay-up Optimization of Laminated Composites: Mixed Approach with Exact Feasibility Bounds on Lamination Parameters"Dmitry Khominich, Fedor Gubarev, Alexis Pospelov, "Shape Optimization of Rotating Disks", 20th Conference of the International Federation of Operational Research Societies, 2014 SmartSelection technique automatically and adaptively selects the most suitable optimization algorithm for a given optimization problem from a pool of optimization methods and algorithms in pSeven.

Staples copy and print center In addition to selling office supplies, business machines, and tech services, Staples also offers a copy and print center for photocopies, digital printing, faxing, custom business cards, custom rubber stamps, promotional products, binding, lamination, folding, cutting and engraved products. While many products can be produced in-store, larger, more complex jobs, or jobs requiring special materials such as PVC signs are routed to production facilities in various locations through the country. Most locations have a limited service UPS shipping center offering air and ground services, DHL in the United Kingdom stores, and three providers (Canada Post, FedEx, and Purolator) in Canadian stores, which is open during store hours. Canada and the UK offer international shipping, whereas in US stores, this service is limited to Canada and Mexico.

Using a large concrete mold, a single half of the fuselage shell was laminated in sections with glue between each layer and then a rubber bladder was lowered into the mold and inflated with air to compress the lamination into shape against the inside of the mold. The two fuselage halves were then nailed and glued over a separately constructed rib framework. With the fuselage constructed in this fashion, the wing spar couldn't cut through the fuselage, so the single spar cantilever wing was mounted atop the aircraft. Only the engine and landing gear remained essentially unstreamlined, and on the production versions the undercarriage had teardrop shaped fairings covering the wheels, while only the earliest versions lacked NACA cowlings and had the engine cylinders exposed to the airstream.

There are two broad applications for ferrite cores which differ in size and frequency of operation: signal transformers, which are of small size and higher frequencies, and power transformers, which are of large size and lower frequencies. Cores can also be classified by shape, such as toroidal cores, shell cores or cylindrical cores. The ferrite cores used for power transformers work in the low frequency range (1 to 200 kHz usually) and are fairly large in size, can be toroidal, shell, or shaped like the letters ‘C’, ‘D’, or ‘E’. They are useful in all kinds of electronic switching devices - especially power supplies from 1 Watt to 1000 Watts maximum, since more powerful applications are usually out of range of ferritic single core and require grain oriented lamination cores.

Fitting two replay sub-channels into 0,6 mm of a cassette track was a challenging task; according to the patent, each of two cores had to be made up of and thick lamination stacks; the windings had to be hidden in narrow grooves cut into the sides of the thickest stacks. The patented servo system, which was soon commercialized as the Nakamichi Auto Azimuth Correction (NAAC), analyzed only treble signals in the 2–8 kHz range; the deadband of the control loop was set with a simple diode limiter. The servomechanism was driven by an electric motor and used a complex gear train terminating in a wedge that pushed the pivoting replay head.. The primary application was filed in Japan in November 1981. Unlike the RijckaertdeNiet system, the NAAC analyzed only the innermost (right) channel of a stereo tape.

As to the latter, Montgomery's "lamination ritual" is a staple of his performance oeuvre, described by the artist as "a people-participatory activity and sonic listening experience which stimulates the mind and body in-the-moment, while producing an original, tangible, transformed personal object that will last…almost forever." Among Montgomery's formative influences are the theories of composer John Cage – particularly those outlined in Cage's 1961 collection of writings, SilencePinsent, Ed. "Gen Ken Montgomery: Music That Others Would Call Noise." The Sound Projector #10 (2002.) – and the participatory work ethic of the German electronic musician (and Joseph Beuys protégé) Conrad Schnitzler (for whom Montgomery gave the first U.S. concerts, and first met during the sole German performance of 'KMZ' in 1982.)Bailey, Thomas Bey William (2012). Unofficial Release: Self-Released and Handmade Audio in Post- Industrial Society.

The roots to the Ferrania company lie with the 1882-founded explosives manufacturer SIPE (Società Italiana Prodotti Esplodenti, "Italian Society of Explosive Products"). World War I saw a wide extension of business for SIPE, including the establishment of a new plant situated in the Ferrania hamlet of Cairo Montenotte. With the production and chemical properties of explosives and early film being very similar, towards the end of the war in 1917 SIPE founded a subsidiary called FILM (Fabbrica Italiana Lamine Milano, "Italian Lamination Factory, Milan") co-owned by the French Pathé Brothers, which effectively became the film company Ferrania, founded in 1923. In 1932, Ferrania acquired the Milanese photographic plate manufacturer Cappelli, to temporarily become Cappelli-Ferrania, and soon after also Tensi, the city's other large photographic plate manufacturer, before renaming itself back to just Ferrania in 1938.

Soken tester Testing head on the sample of electrical steel Soken tester - is a portable single yoke instrument for assessing the power loss in electrical steel laminations. It has been developed for quick assessment of power loss in electrical steel sheet without the need for cutting and annealing, as it is the case for standardised methods like Epstein frame. The power loss can be estimated at 1.0 T, 1.5 T and 1.7 T and two frequencies 50 Hz and 60 Hz. Lamination thickness can be set within a range from 0.01 mm to 0.99 mm and there is no option for selecting the material density.Jeremy P. Hall, Evaluation of residual stress in electrical steel, PhD Thesis, School of Engineering, Cardiff University, 2001 The power loss is measured as a product of magnetic field and flux density.

Mass deacidification — along with microfilm and lamination — was developed during the early- and mid-20th century as a response to the chemical process of hydrolysis by which the fibers that constitute paper, providing its structure and strength, have their bonds broken, resulting in paper that becomes increasingly brittle over time. Environmental pollutants can react with paper to form acids that promote oxidation, creating more acid as a by-product, which results in a positive feedback loop of autocatalytic destruction.Library of Congress. (1994). An evaluation of the BookKeeper mass deacidification process: Technical Evaluation Team Report for the Preservation Directorate, Library of Congress, Appendix E. Supported in part by grants from the Council on Library Resources, William J. Barrow conducted research into paper decay and found that no more than three percent of the books published between 1900 and 1949 would survive more than fifty years.

Cyclic olefin copolymers (COC) or polymers (COP) can provide moisture barrier to blister packs, typically in multilayered combinations with polypropylene (PP), polyethylene (PE), or glycol-modified polyethylene terephthalate (PETg). Cyclic olefin resins are generally amorphous and are noted for good thermoforming characteristics even in deep cavities, leading some to use COC in blister packaging as a thermoforming enhancer, particularly in combination with semicrystalline resins such as PP or PE. Films can be manufactured via coextrusion or lamination. WVTR values of commercial cyclic olefin-based pharmaceutical blister films typically range from 0.20 to 0.35 g/m2/day at 38 °C/90% RH. Unlike PVC and other common pharmaceutical barrier resins, cyclic olefin resins do not contain chlorine or other halogens in their molecular structure, being composed solely of carbon and hydrogen. Cyclic olefin resins are available which comply with pharmaceutical packaging guidelines in the US, Europe, and Japan.

The 1960s saw Brill beginning to develop the analytical techniques that would define the early years of his career at Corning, and yet the scope of his interest within glass remained vast. Indeed, 1961 saw Brill pen a letter to Nature with a colleague, that was a ‘bombshell’, according to Newton, in the field of glass-dating (1971, 3). Here Brill suggested that the rather enigmatic weathering crust found to form on buried glass objects over time could be used to date the object in a method rather similar to dendrochronology, using the separate layers of the shiny lamination (Brill 1961, Brill and Hood 1961, Newton 1971). Whilst in dendrochronology the tree-rings account simply for the tree's annual growth, in the weathering crust on glass Brill suggested the accumulation of a layer of laminate might respond to some kind of annual event of climatic change (Brill 1961).

XI 126 Other forays into appliance-based sound works included recordings and performances made with a Keystone Model 16CC film projector, a radiator, a coffee maker, and a refrigerator (Montgomery claims that refrigerator recordings were originally made as a protest to his landlord about the excessive noise of the unit he then owned.) The 2002 double CD compilation Pondfloorsample collects much of the audio material created from re- appropriated devices and appliances. By 1994, citing another period of creative burnout, Montgomery took a sabbatical in Europe and then set up residence in rural Pennsylvania. This period saw the initiation of another project using found objects – the Eight Track Magic series of recordings – which were made of audio re-recorded from severely damaged eight track cassettes. Montgomery is also allied with the Kingdoms of Elgaland-Vargaland micronation established by artists Leif Elggren and Carl Michael von Hausswolff, for whom he oversees the Ministry of Lamination.

The earliest experiments in Australia took place in the early 1940s and the arrival of powerful synthetic resin adhesives in the post- World War II period increased the reliability and range of applications of glue lamination. The former Burge Bros Factory in Melbourne (1945–46) is considered to be the oldest known surviving example of this technology in Australia, with semi-circular arches spanning , manufactured by Sydney-based company Ralph Symonds Ltd. Despite the technology being available, it wasn't until the 1950s, when curved shapes such as conoids and hyperbolic parabolas became fashionable, that glue laminated arches were more commonly used in Australia, particularly for church structures. Recognising the structural and aesthetic potential of this new technology, Oribin specified glue laminated timber arches for two of his earliest buildings, the Mareeba Shire Hall and Proserpine's St Paul's Church; both were designed in 1956 and completed within 5 years, making them an early use of the technology in Queensland.

1996 In haunting photographic scenes of preadolescent girls, Gaskell alludes to well-known children's literature, such as Lewis Carroll's Alice's Adventures in Wonderland, which can be found in two of her series: wonder (1996–97) and override (1997). Gaskell made her international debut with the twenty photograph series, wonder (1996–97), the first series Gaskell created after receiving her MFA at Yale University School of Art. wonder, which draws the viewer in with stained-glass coloration intensified by lamination, features two identically dressed Alices photographed together and separately and at oblique angles that recall the disorienting experiences of Alice in Wonderland. For example, in Untitled #1 of wonder, one of the Alices is pictured treading in a pool of her tears, "her body grotesquely distorted by the refraction of light on the water" and in Untitled #2, one Alice leans over the other, plugging her nose, seemingly about to perform mouth-to-mouth resuscitation.

Perhaps in memory of the Spaulding football which would have absorbed the front-wheel landing shock of the touchdown of the Olmsted Bird if she had been given the chance to fly, the goal post of a football field now marks the spot where the Bird lost her wings. The Olmsted-Buffalo-Pitts 1912 Monocoque Bird with its wings made of thin-gauge chrome-vanadium steel sheet, aluminum sheet, and basswood lamination, and its fuselage molded of monocoque laminated birch and chrome-vanadium steel sheet was one of the first true “airplanes” of scientifically engineered design and structure ever to be manufactured. The plane’s original development was stopped when it was 90% completed due to the bankruptcy of the Buffalo Pitts Company in the summer of 1912. Charles Olmsted then formed the CMO Physical Laboratory and continued to manufacture and sell the ultra-efficient propellers on his own for another seven years.

The structure of the rock - the relation of its components to one another - is usually clearly indicated, whether it is fragmented or massive; the presence of glassy matter in contradistinction to a completely crystalline or "holo-crystalline" condition; the nature and origin of organic fragments; banding, foliation or lamination; the pumiceous or porous structure of many lavas. These and many other characters, though often not visible in the hand specimens of a rock, are rendered obvious by the examination of a microscopic section. Various methods of detailed observation may be applied, such as the measurement of the size of the elements of the rock by the help of micrometers, their relative proportions by means of a glass plate ruled in small squares, the angles between cleavages or faces seen in section by the use of the rotating graduated stage, and the estimation of the refractive index of the mineral by comparison with those of different mounting media.

Constructed from cast in-situ concrete, the nave of the church was a free- standing parabolic vault. Highly controversial at the time, Niemeyer's bold design was extremely influential among architects around the world (including Australia), with photographs and plans of the church published in architectural journals. The parabolic form of St Paul's was made possible by the use of glued laminated timber for the internal arches. Laminated timber arches, constructed by overlapping and bolting together small pieces of timber to make a single, large member, have been in use in Australia since the mid-19th century. Cost-effective and able to span large distances without intermediate posts, laminated timber arches also became an alternative system for roof structures of large buildings such as markets, factories and, from the early 20th century, large auditoria and picture theatres. The process of glue lamination, using casein glue to bond the layers of timber rather than bolts, originated in Germany before being introduced to the United States in the 1920s. Several publications in the 1930s and early 1940s provided the necessary data for constructing glued laminated timber arches, and became a source of inspiration for Australian designers.