129 Sentences With "decompressing" | Random Sentence Generator

"He's just decompressing from this election," Mr. Rubio told reporters.

Everybody is relaxing, decompressing, taking a moment to themselves with their headphones on.

It's delicious, and I sit on the couch rewatching Grey's Anatomy and decompressing while eating.

You're getting the blood flowing, breathing some fresh air, and decompressing just a bit. Casual.

"We're just all focusing on ourselves and decompressing for this next long run," he says.

Mr. Rollings recalled much of this while decompressing in a local restaurant called Santiago's Bodega.

I meet Gabbie in the meditation room, where you can go for post-float decompressing.

And I have to imagine the Nuku tribe will still be decompressing from what just happened.

Instead of decompressing by the water cooler, get cracking on those items you and she discussed.

"In terms of decompressing, I also want to get into pajamas as often as possible," she says.

Clinton, but while she is decompressing, the country is moving toward its biggest electoral mistake in history.

"We&aposre going to do a lot of decompressing and get back to our families," Steven Hammond said.

But when I'm decompressing and starting to make dinner, I do want something almost as simple as that.

Everyone who goes to Wynwood and gets exhausted by the other lame places ends up decompressing at Gramps.

Decompressing after a day of shooting courtroom scenes (and singing to the extras, apparently) entails Gooding Jr. hitting the rink.

I didn't call it that then, but without a doubt, I was decompressing, which is not only a good thing.

We were all there together all the time, so we were all decompressing after the film [House of 1000 Corpses] wrapped.

Saban, 68, and Belichick, 67, are both presented as doting family men, and shown decompressing from the season at vacation homes.

I experience puffy eyes and dark circles in the mornings which I've been decompressing with cold water and a lot of concealer.

Reality strikes Lee when he manages to catch highlights, perhaps while decompressing between games with his two Australian shepherds, Gordie and Howie.

By relaxing, I had transferred all the hard work to the sheet and had begun decompressing in the coziest mini-hammock ever.

When I get to the studio, I spend a while decompressing from the subway and daily life to my quiet private work space.

But for the organizers and others, the event was as much a sale as it was a gathering place for chatting and decompressing.

While that's happening, Rachel and Quinn are sitting on the couch together, decompressing and talking about all the crazy shit that has happened lately.

When you don't have company, the other downside of wireless charging in the living room is that you can't use the phone while decompressing.

"That helps really work on multiple levels, so you're not only decompressing the joints and lengthening muscles, but also working fascia and stretching nerve pathways," Gaines says.

It was mystical place he had heard about from "friends in the know," and this particular valley was a refuge, where he would spend weeks alone, decompressing.

I should work tonight, but it's important to my mental health to spend time decompressing with him, and it's sweet how excited our dog is to see him.

He explains to his new friend Dig 301 (Dina Shihabi) — now using the name Annabel — that he was decompressing massive amounts of fragmented data for over there months.

Decompressing after the dissolution of her last startup venture — her second attempt at running her own business — Herrera realized quickly that surfing and #vanlife wasn't her ultimate calling.

My go-to methods are tech-free walks, browsing through books, sketching while decompressing at night, and going through any and all cinematography-heavy movies — classic or new.

"Instead of retreating to the wilderness or decompressing on a beach somewhere, we spent ten days in the studio making a collection of ambient instrumental works," the group said.

Whether decompressing in the show's mansion or killing time between dates in international hotels, they size each other up and critique their opponents' "peacocking," as one peacock put it this season.

"I thought it would be great if residents can use the same thought process, where you can consciously start decompressing from the outside chaos when you get home," Ms. Okada said.

Des Moines, to me, is the convivial bar in the lobby of the downtown Marriott, where the traveling press can reliably be spotted decompressing after filing their gaffe-of-the-day stories.

Come evening, another Focus mode timer kicked in and I was blocked from using Slack or Twitter when I was supposed to be decompressing from work and enjoying time with my family.

What I've noticed is that if you work a normal 9 to 5 or 9 to 6, you don't immediately go to sleep, so there needs to be some down time, some decompressing.

With temperatures pushing the mercury upward, many of us head to the beach, where we can let loose, grab a bathing suit and enjoy the soothing coolness of water, spending days lazing and decompressing.

You might consider keeping one night a week free as your "date night" — and if you don't happen to have a hangout planned that night, just take the evening to spend some time decompressing solo.

Far from being judged as antisocial or lazy, the homebody economy is our new way of decompressing from the stresses of the outside world and logging off from a nonstop stream of other people's lives.

Once you've established a level of comfort with being in your swing, you should be ready to try an inversion of a simple yoga pose, which will give you all the spine-decompressing benefits I mentioned earlier.

Strickland and Mourou's workaround was to stretch the laser first using over a mile-long fiber optic cable, amplifying it, then rapidly decompressing it again, creating a short burst of laser with a super high powered intensity.

We decompress from work by checking our work email I say this, sincerely, as someone who struggles not to check my work email or Slack notifications or Twitter replies when I'm supposed to be decompressing from those very things.

If you are paid $25 per hour for a 40-hour workweek, for instance, but spend 30 additional hours commuting, decompressing or nursing stress-induced headaches, and $300 goes toward your business suits, your "real" hourly wage is $10 per hour.

But if you know where to look, there are plenty of fun, unpretentious places to eat and drink, which we suspect will soon be packed with a bunch of people decompressing from the all-out dumpster fire that was this election year.

"There's so much angst out there, and I think people… once they come home, they want to close their doors, and they just want to be freed from it and just have a moment of just decompressing, relaxing, being less stressed out," she mused.

We found out some other interesting facts, including: the movie that made him cry was 12 Years a Slave (thanks to Brad Pitt's "perfect" highlights) and that he's taken up some new hobbies, such as knitting (his brows) and decompressing with kale colonics, ("no question").

Obama has spent the early days of the Trump administration decompressing from his eight years in office, taking trips to Palm Springs, the Caribbean -- where he kite-surfed with Richard Branson -- New York for a play and a lunch with U2's Bono, and his native Hawaii for golf.

Use This Summer is meant for slowing down and unplugging, but my travels (somehow) took me around the globe — to Milan and Paris, for the men's fashion shows, the Greek island of Hydra, Copenhagen, Provincetown (the latter three in the name of decompressing) and, finally, back to New York.

Not only was I learning how to live on my own schedule (which takes a lot of practice), I was still decompressing from it all: shaking off the stress of years without a vacation, and of spending each workweek in fear-based spirals about being fired with or without good reason.

And if you want to achieve Hemsworth-worthy legs, follow this five-minute regimen created by Dr. Eric Goodman, who has previously worked with Chris: FROM COINAGE: Try This Healthy, Cheap Late-Night Snack "Take 4-8 deep breaths while standing," Goodman told PEOPLE in September of lengthening and decompressing.

Inside the house, a boisterous late-night crew — including several Macro executives and part of the youthful cast and crew of "Gente-fied," a digital project about generational and class tension in the Los Angeles Mexican-American community — was already joking, decompressing and discussing the day's films, panels and deal-making.

Perfect for using when you're being bombarded with Zoom meetings, it delivers four mindfulness modes based on the time of the day: a quick break with a silent breathing session, a short, relevant meditation session, a focus mode to cruise through your to-dos with the Pomodoro timer, and a 10-minute closed-eye meditation for decompressing at the end of the day.

This makes accessing the contents of the archive, which may be compressed, transparent to other programs, without decompressing them.

To improve efficiency and allow for more session data, the server may compress the data before creating the cookie, decompressing it later when the cookie is returned by the client.

The most commonly used approach is to operate through the mouth (transoral) to remove the bone compressing the brainstem, typically the odontoid. This results in decompressing the brainstem and therefore gives more room for the cerebellum, thus decompressing the Chiari malformation. Arnold Menzes, MD, is the neurosurgeon who pioneered this approach in the 1970s at the University of Iowa. Between 1984 and 2008 (the MR imaging era), 298 patients with irreducible ventral compression of the brainstem and Chiari type 1 malformation underwent a transoral approach for ventral cervicomedullary decompression at the University of Iowa.

Decompressing aggressive inpatients: Breaking the aggression cycle to enhance positive outcome. Behavioral Sciences and the Law, 6, 543-557.Caldwell, M. (1994). Applying social constructionism in the treatment of patients who are intractably aggressive. Hospital and Community Psychiatry, 45, 6-7.

Core Video is the video processing model employed by macOS. It links the process of decompressing frames from a video source to the rest of the Quartz technologies for image rendering and composition. Both QuickTime X and QuickTime 7 depend on Core Video.

After decompressing, two files are created: an ELF binary file called and a source script file called . The latter gets compiled into the ELF binary . The executable will scan for vulnerable hosts and use the compiled program to exploit a known OpenSSL vulnerability.

To convert from one compression format to another (that is, from DV video from a camcorder to MPEG-2 for DVD). Preferably done intelligently to minimize loss of quality from repeated compression, and not requiring fully decompressing the input and then recompressing to the output.

FFmpeg encompasses software implementations of video and audio compressing and decompressing algorithms. These can be compiled and run on diverse instruction sets. Many widespread instruction sets are supported by FFmpeg, including x86 (IA-32 and x86-64), PPC (PowerPC), ARM, DEC Alpha, SPARC, and MIPS.

Therapeutic decompression is a procedure for treating decompression sickness by recompressing the diver, thus reducing bubble size, and allowing the gas bubbles to re-dissolve, then decompressing slowly enough to avoid further formation or growth of bubbles, or eliminating the inert gases by breathing oxygen under pressure.

By limiting the number of decompressions in this way, the risk of decompression sickness is significantly reduced, and the time spent decompressing is minimised. It is a very specialized form of diving; of the 3,300 commercial divers employed in the United States in 2015, only 336 were saturation divers.

Red began selling its Redcine-X package for post-production workflow in 2009. The process of decompressing the sensor data can be sped up with a Red Rocket accelerator card. There is a downloadable SDK for working directly with the Redcode images, and another for controlling the cameras remotely.

Esti Rein, Mónica. Politics and education in Argentina, 1946-1962. M.E. Sharpe, 1998. University enrollment in Argentina had expanded from 49,000 in 1947 to 238,000 in 1969, and because the national university system absorbed most of this growth (with 200,000 students), decompressing strained public university campuses became a national development priority.

In 1981, at Duke University Medical Center, he conducted an experiment called Atlantis III lasting 43 days, which involved compressing divers to an equivalent depth of , and slowly decompressing them to surface pressure, setting a world record in the process. In 45 years, Bennett has published over 200 scientific papers and six books.

The compressed ROM/RAM file system (or cramfs) is a free (GPL'ed) read-only Linux file system designed for simplicity and space-efficiency. It is mainly used in embedded and small-footprint systems. Unlike a compressed image of a conventional file system, a cramfs image can be used as it is, i.e. without first decompressing it.

During decompression there is a risk of decompression sickness, which is, as a general rule, reduced by decompressing more slowly. In-water decompression can only be tolerated for relatively short periods, as it exposes the diver to other hazards, some of them proportional to the duration, so decompression in a dry chamber is preferred. Preferably the chamber can be removed from the water during decompression, for further reduction of exposure to hazards, so the chamber must be pressurised. This chamber should be reasonably small to keep down the cost of deployment, so it is an advantage to transfer the divers into a more spacious and comfortable chamber on the surface platform, which also allows the bell to be used for the next shift while the first divers are decompressing.

There are many different approaches to controlling surge relief equipment. It all starts with the technology used in the specific application. Spring-loaded pressure safety valves and pilot-operated valves are controlled mechanically using the pressure from a compressed spring. Typically there is an adjustment stem that allows for minor adjustments on the set point by compressing or decompressing the spring.

For many years afterward, MP3 was the most widely adopted method for compressing and decompressing digital audio. In 2002, ownership of the Heinrich-Hertz- Institut for Communications Technology Berlin GmbH (HHI), which belonged to the Gottfried William Leibniz Society e. V. (GWL), was transferred to the Fraunhofer Society. With this integration the Fraunhofer Society budget exceeded €1 billion for the first time.

DriveSpace (initially known as DoubleSpace) is a disk compression utility supplied with MS-DOS starting from version 6.0 in 1993. The purpose of DriveSpace is to increase the amount of data the user could store on disks by transparently compressing and decompressing data on-the-fly. It is primarily intended for use with hard drives, but use for floppy disks is also supported.

This depth is the theoretical maximum which can be safely attained with any two-component argon/oxygen mix: a larger fraction of oxygen than about 50% will result in oxygen toxicity before this depth, and a larger fraction of argon than about 50% will result in argon narcosis before this depth. However, as argox is more narcotic than nitrogen (causing it to be more dangerous if a decompression mix is accidentally breathed), and because argox is moderately more expensive than nitrox, and mostly because there has been little research done into the actual (vs. theoretical) physiological aspects of breathing argon during decompression, argox is not currently recommended by any professional agency for this purpose. Although there is little research relating to divers decompressing using argon mixes, there have been scientific studies of astronauts decompressing using argox.

Test compression techniques address this problem, by decompressing the scan input on chip and compressing the test output. Large gains are possible since any particular test vector usually only needs to set and/or examine a small fraction of the scan chain bits. The output of a scan design may be provided in forms such as Serial Vector Format (SVF), to be executed by test equipment.

For patient with total hearing loss, translabyrinthine approach was made with a skin incision from mastoid apex to the scalp going posterior for 5–6 cm;then it was turned anterior again, toward the top of auricle parallel to lower incision. Temporalis muscles incision followed the skin incision and standard translabyrinthine approach was completed by decompressing the facial nerve totally from stylomastoid foramen to the I.A.C.

Confirming relevance to the r-process is that it is radiogenic power from radioactive decay of r-process nuclei that maintains the visibility of these spun off r-process fragments. Otherwise they would dim quickly. Such alternative sites were first seriously proposed in 1974 as decompressing neutron star matter. It was proposed such matter is ejected from neutron stars merging with black holes in compact binaries.

In 2008, former PGA champion Lanny Wadkins was no longer able to play golf due to debilitating back pain. Dickerman, along with orthopedic surgeon Scott Blumenthal performed a double fusion surgery on Wadkins, decompressing nerves in his back. During the surgery, the doctors also removed a softball-sized cyst from Wadkin's neck, extracting it from his trapezius muscle. Watkins was able to return to the PGA.

It usually resolves with conservative therapy stopping oral ingestions, i.e. nil per os and a nasogastric tube, but may require colonoscopic decompression which is successful in 70% of the cases. A study published in the New England Journal of Medicine showed that neostigmine is a potent pharmacological way of decompressing the colon. According to the American Society for Gastrointestinal Endoscopy (ASGE), it should be considered prior to colonoscopic decompression.

When the files are combined, the compressor can exploit redundancy across several archived files and achieve better compression than a compressor that compresses each files individually. This approach, however, has disadvantages too: #Extracting or modifying one file is difficult. Extracting one file requires decompressing an entire archive, which can be time- and space-consuming. Modifying one means the file needs to be put back into archive and the archive recompressed again.

The diver needs to stay on the bottom to work some of the time, and may need to have neutral buoyancy some of the time. The diving suit is usually buoyant, so added weight is usually necessary. This can be provided in several ways. Unwanted positive buoyancy is dangerous to a diver who may need to spend significant time decompressing during the ascent, so the weights are usually attached securely to prevent accidental loss.

Zopfli can output either a raw DEFLATE data stream or DEFLATE data encapsulated into gzip or zlib formats. It can be configured to do more or fewer iterations than the default 15 to trade processing time for compression efficiency. Under default settings, the output of Zopfli is typically 3–8% smaller than zlib's maximum compression, but takes around 80 times longer. The speed of decompressing Zopfli's output versus zlib's output is practically unaffected.

After this, it connects the filters together, and, at the developer's request, executes (i.e., plays, pauses, etc.) the created graph. DirectShow filter graphs are widely used in video playback (in which the filters implement functions such as file parsing, video and audio demultiplexing, decompressing and rendering) as well as for video and audio recording, editing, encoding, transcoding or network transmission of media. Interactive tasks such as DVD navigation may also be controlled by DirectShow.

Ambient air, of course, was the original machining coolant. Compressed air, supplied through pipes and hoses from an air compressor and discharged from a nozzle aimed at the tool, is sometimes a useful coolant. The force of the decompressing air stream blows chips away, and the decompression itself has a slight degree of cooling action. The net result is that the heat of the machining cut is carried away a bit better than by ambient air alone.

In 1981, at the Duke University Medical Center, Bennett conducted an experiment called Atlantis III, which involved subjecting volunteers to a pressure of 2250 fsw (equivalent to a depth of 686 m in seawater), and slowly decompressing them to atmospheric pressure over a period of 31-plus days, setting an early world record for depth-equivalent in the process. A later experiment, Atlantis IV, encountered problems as one of the volunteers experienced euphoric hallucinations and hypomania.

In contrast to carpal tunnel syndrome due to one tunnel at the wrist for the median nerve, there are four tunnels in the medial ankle for tarsal tunnels syndrome. If there is a positive Tinel sign when you tap over the inside of the ankle, such that tingling is felt into the foot, then there is an 80% chance that decompressing the tarsal tunnel will relieve the symptoms of pain and numbness in a diabetic with tarsal tunnel syndrome.

Ice II is a rhombohedral crystalline form of ice with a highly ordered structure. It is formed from ice Ih by compressing it at a temperature of 198 K at 300 MPa or by decompressing ice V. When heated it undergoes transformation to ice III. Ordinary water ice is known as ice Ih, (in the Bridgman nomenclature). Different types of ice, from ice II to ice XVIII, have been created in the laboratory at different temperatures and pressures.

Richard Lawrence Pyle, Ph.D. (born 24 March 1967) is a scuba diver and ichthyologist working on Hawaii. Pyle discovered the principle of "Pyle stops" when decompressing from many deep dives in search of new species of fish, and has identified hundreds of new species. He is the author of over 130 publications. In October 2015, he won second prize, an award of €5,000, in the GBIF Ebbe Nielsen Challenge, a Global Biodiversity Information Facility competition, for BioGUID.

Teradici is a privately held software company founded in 2004, with its head office in Metropolitan Vancouver, BC. Teradici initially developed a protocol (PCoIP) for compressing and decompressing images and sound when remotely accessing blade servers, and implemented it in hardware. This technology was later expanded to thin clients/zero clients for general Virtual Desktop Infrastructure. Teradici's protocol or hardware is used by HP, Dell-Wyse, Amulet Hotkey, Samsung, Amazon Web Services, Fujitsu, and VMware. Front shot Teradici PCoIP zero clients.

MagicISO (also referred to as MagicISO Maker) is a CD/DVD image shareware utility that can extract, edit, create, and burn disc image files. It offers the possibility of converting between ISO and CUE/BIN and their proprietary Universal Image Format disc image format. In addition to being able to edit the contents of the disc images without decompressing, it can make a disc image from an existing CD/DVD-ROM. Also, it can make bootable image files (file extension .bif).

Encoder and decoder configuration dialog Xvid is not a video format; it is a program for compressing to and decompressing from (hence the name codec) the MPEG-4 ASP format. Since Xvid uses MPEG-4 Advanced Simple Profile (ASP) compression, video encoded with Xvid is MPEG-4 ASP video (not "Xvid video"), and can therefore be decoded with all ASP-compliant decoders. This includes a large number of media players and decoders based on libavcodec (such as MPlayer, VLC, ffdshow or Perian). , xvid.

Although transcoding (compressing/decompressing) functionality is defined as a base station function by the relevant standards, there are several vendors which have implemented the solution outside of the BSC. Some vendors have implemented it in a stand-alone rack using a proprietary interface. In Siemens' and Nokia's architecture, the transcoder is an identifiable separate sub-system which will normally be co-located with the MSC. In some of Ericsson's systems it is integrated to the MSC rather than the BSC.

The routing control accuracy of TCTR is 0.15-0.20 mm, precise enough to preserve superficial palmar aponeurosis, common digital nerves and the communicating branch between the ulnar nerve and median nerve, while that is difficult or impossible for OCTR or ECTR. Through the technique of TCTR, the possible postoperative complications, such as pillar pain, scar tenderness, or functional weakness, may be minimized significantly by avoiding the unnecessary injuries and disturbers to the surrounding of TCL during the procedure of decompressing the median nerve.

The sequence of values is then sorted and compressed using Golomb coding (or some other compression technique) to occupy a space close to n\log_2(1/\varepsilon) bits. To query the Bloom filter for a given key, it will suffice to check if its corresponding value is stored in the Bloom filter. Decompressing the whole Bloom filter for each query would make this variant totally unusable. To overcome this problem the sequence of values is divided into small blocks of equal size that are compressed separately.

A bleedless aircraft achieves fuel efficiency by eliminating the process of compressing and decompressing air, and by reducing the aircraft's mass due to the removal of ducts, valves, heat exchangers, and other heavy equipment. The APU (auxiliary power unit) does not need to supply bleed air when the main engines are not operating. Aerodynamics are improved due to the lack of bleed air vent holes on the wings. By driving cabin air supply compressors at the minimum required speed, no energy wasting modulating valves are required.

Uncompressed video is digital video that either has never been compressed or was generated by decompressing previously compressed digital video. It is commonly used by video cameras, video monitors, video recording devices (including general-purpose computers), and in video processors that perform functions such as image resizing, image rotation, deinterlacing, and text and graphics overlay. It is conveyed over various types of baseband digital video interfaces, such as HDMI, DVI, DisplayPort and SDI. Standards also exist for the carriage of uncompressed video over computer networks.

Saturation diving is one way to reduce the overall risk to the diver while improving productivity. It is a very expensive, fairly hazardous and high-tech way of controlling risk economically. This apparent contradiction can be explained by the amount of time the diver can spend working productively for the time spent decompressing. The time required for decompression depends on the exposure pressure and duration, but it reaches a maximum for a given depth when the diver is saturated with inert gas at that depth.

Compressed audio files are supported by many modern CD players as well as DVD players. Disc players are capable of playing compressed formats, such as MP3, the most commonly used format, as well as Ogg Vorbis, the proprietary Windows Media Audio and ATRAC. Because of audio data compression, optical discs do not have to spin all of the time, potentially saving battery power; however, decompressing the audio takes more processor time. The audio is buffered in random-access memory, which also provides protection against skipping.

Rate of ascent is not usually an issue for AGE. Decompression sickness is usually avoidable by following the requirements of decompression tables or algorithms regarding ascent rates and stop times for the specific dive profile, but these do not guarantee safety, and in some cases, unpredictably, there will be decompression sickness. Decompressing for longer can reduce the risk by an unknown amount. Decompression is a calculated risk where some of the variables are not well defined, and it is not possible to define the point at which all residual risk disappears.

The AI concludes that the destruction of an orbital station by "accident" would be their best option to influence public opinion, with Tacoma selected as the target. Consequently, ODIN was ordered by Venturis to stage the accident, intentionally decompressing the oxygen tanks and disabling communications. Rescue attempts were also cancelled by Venturis, ensuring the loss of the entire crew. With ODIN's help, Sareh was able to restore communications and send a distress signal, getting the attention of a cruise ship operated by Venturis's rival Carnival and leading to the rescue of all six crew members.

In such cases local pressure is increased at the place where the herniation occurs, but this pressure is not transmitted to the rest of the brain, and therefore does not register as an increase in ICP. Because herniation puts extreme pressure on parts of the brain and thereby cuts off the blood supply to various parts of the brain, it is often fatal. Therefore, extreme measures are taken in hospital settings to prevent the condition by reducing intracranial pressure, or decompressing (draining) a hematoma which is putting local pressure on a part of the brain.

Portal hypertensive gastropathy can also be treated with endoscopic treatment delivered through a fibre-optic camera into the stomach. Argon plasma coagulation and electrocautery have both been used to stop bleeding from ectatic vessels, and to attempt to obliterate the vessels, but have limited utility if the disease is diffuse. Transjugular intrahepatic portosystemic shunt procedures, or TIPS involve decompressing the portal vein by shunting a portal venule to a lower pressure systemic venule, under guidance with fluoroscopy. Since it treats the root cause of portal hypertension gastropathy, it has been putatively used for the condition.

They are transferred between the surface accommodation and the underwater workplace in a pressurised closed diving bell. Decompression at the end of the dive may take many days, but since it is done only once for a long period of exposure, rather than after each of many shorter exposures, the overall risk of decompression injury to the diver and the total time spent decompressing are reduced. This type of diving allows greater work efficiency and safety. Commercial divers refer to diving operations where the diver starts and finishes the diving operation at atmospheric pressure as surface oriented, or bounce diving.

This presents a problem for operations that require divers to work for extended periods at depth, as the time spent decompressing can exceed the time spent doing useful work by a large margin. However, after somewhere around 72 hours under any given pressure, depending on the ingassing model used, divers' bodies become saturated with inert gas, and no further uptake occurs. From that point onward, no increase in decompression time is necessary. The practice of saturation diving takes advantage of this by providing a means for divers to remain at depth pressure for days or weeks.

The atmospheric pressure decreases with altitude, and this has an effect on the absolute pressure of the diving environment. The most important effect is that the diver must decompress to a lower surface pressure, and this requires longer decompression for the same dive profile. A second effect is that a diver ascending to altitude, will be decompressing en route, and will have residual nitrogen until all tissues have equilibrated to the local pressures. This means that the diver should consider any dive done before equilibration as a repetitive dive, even if it is the first dive in several days.

They can also be manually turned on per file with the flag of the command. The algorithms divide files by chunks with a fragmentation behavior similar to that of vanilla NTFS compression. Internally, the file is recorded as a reparse point with tag 0x80000017 to record the fact that the file has been specially compressed, and the actual data is stored in an alternate data stream named "WofCompressedData" (for Windows Overlay Filesystem). The new design is meant purely for read-only access, so any writes to compressed files result in fully decompressing the file on Windows.

The pump may stop pumping liquid with gas bubbles in the pump head even though mechanically the pump is going through the motions, repeatedly compressing and decompressing the bubbles. To prevent this type of "vapor lock", chromatography solvents are often degassed before pumping. Metering Pump Schematic If the pressure at the outlet is lower than the pressure at the inlet and remains that way in spite of the pumping, then this pressure difference opens both check valves simultaneously and the liquid flows through the pump head uncontrollably from inlet to outlet. This can happen whether the pump is working or not.

Stage keyboardist Nick Holywell-Walker was also brought in to add some additional synthesizer and programming. Singer and keyboard player Jaz Coleman had spent some time decompressing at the end of the Pandemonium tour in Sedona, Arizona, where he had been inspired by a new interest in Native American culture, striking a chord with his previous involvement in Māori culture in New Zealand, where he had settled in 1991. This resulted in a more optimistic and New Age-tinged album lyrically and marked the beginning of a more settled period for Coleman, who had by now also made considerable progress with his orchestral career.Coleman, Jaz (2013).

Better yet, DiskDoubler was extremely fast, generally twice as fast as StuffIt, and 50% faster than Compact Pro, the two main archivers in use on the Mac in the 1990s. DiskDoubler also had the capability of decompressing StuffIt and PackIt files, which it did much faster than those programs could. Over the years DiskDoubler eventually ended up with four different algorithms, typically using the fastest compressor, DD1, for a first pass, and then running the most effective, DD3+, when the machine was idle. DiD3+ provided the highest compression of any Mac-based compression software, using knowledge of specific file types to improve over a "generic" LZW scheme.

If there is any significant risk of a diver drifting away from the site, the dive boat should either be ready to slip the moorings at short notice, or have a tender in the water. Some skippers will tether the tender behind the dive boat where it can also be used as a drift line. A lazy shot or decompression trapeze may be suspended from the boat near the boarding area, and the drift line may be set up between this and the anchor line to guide decompressing divers ascending on the anchor line to the more convenient facility at the stern for the shallow stops.

Rumors and misquotes led to confusion as to what such a break truly meant; Wentz preferred to not refer to the break as a "hiatus", instead explaining that the band was just "decompressing". Fall Out Boy played its last show at Madison Square Garden on October 4, 2009. Near the end, Blink-182's Mark Hoppus shaved Wentz's head in a move Rolling Stone would later describe as a "symbolic cleansing of the past, but also the beginning of a very dark chapter for the band." By the time the break began, Stump was the heaviest he had ever been and loathed the band's image as an "emo" band.

This would cut back on memory used for music on the CD, allowed for much lower latency and seek time when finding and starting to play music, and also allowed for much smoother looping due to being able to buffer the data. A minor drawback was that use of compressed audio meant it had to be decompressed which put load on the CPU of a system. As computing power increased, this load became minimal, and in some cases dedicated chips in a computer (such as a sound card) would actually handle all the decompressing. Fifth generation home console systems also developed specialised streaming formats and containers for compressed audio playback.

The risk of decompression sickness is significantly reduced by minimizing the number of decompressions, and by decompressing at a very conservative rate. The saturation system typically comprises a complex made up of a living chamber, transfer chamber and submersible decompression chamber, which is commonly referred to in commercial diving and military diving as the diving bell, PTC (personnel transfer capsule) or SDC (submersible decompression chamber). The system can be permanently installed on a ship or ocean platform, but is usually capable of being transferred between vessels. The system is managed from a control room, where depth, chamber atmosphere and other system parameters are monitored and controlled.

Kirk responds by directing their shuttle to crash into the view-screen, decompressing the Gorn into space. With only an hour before the Rip closes, Kirk and Spock space dive to the Gorn Commander's ship, where they disable the targeting platform to give Enterprise a fighting chance, and enter the core where T'Mar and the device are being held. Kirk and Spock destroy the device, defeat the Commander, and are beamed back to Enterprise with T'Mar. Enterprise warps back to the Milky Way Galaxy before the Rip closes; in their closing logs, Kirk and Spock state T'Mar has recovered enough to continue working on New Vulcan, and that they have been ordered to Nibiru.

The Rolex Sea-Dweller, developed in 1967 but introduced to the general public in 1971, is a heavier-duty steel version of the Submariner, with a thicker case and crystal, as well as a date feature, sans cyclops magnifier. The Sea-Dweller incorporates a helium escape valve for use when decompressing and helium is in the gas mixture of a pressurized habitat; this model (ref 16600) has a guaranteed waterproof depth of . The Sea-Dweller was superseded by the DeepSea Sea-Dweller in late 2008, with the last 16600 Sea-Dwellers produced running into the V-series (late 2008). The DeepSea features a 44 mm case that guarantees a depth of (ref. 116660).

The VirtualGL Client is responsible for decompressing the images and drawing the pixels into the appropriate X window. Meanwhile, the non-OpenGL elements of the application's display are sent over the network using the standard remote X11 protocol and rendered on the client machine. This approach requires that an X display be present on the client machine, and the reliance upon the remote X11 protocol for performing 2D rendering means that many applications will perform poorly when using the VGL Transport on high-latency networks. Additionally, the VGL Transport does not inherently support collaboration (multiple clients per session), since the images are being pushed to the users' machines rather than being pulled.

Decompression conservatism refers to the application of factors to a basic decompression algorithm or set of tables that are expected to decrease the risk of developing symptomatic decompression sickness when following a given dive profile. This practice has a long history, originating with the practice of decompressing according to the tables for a dive deeper than the actual depth, longer than the actual bottom time, or both. These practices were empirically developed by divers and supervisors to account for factors that they considered increased risk, such as hard work during the dive, or cold water. With the development of computer programs to calculate decompression schedules for specified dive profiles, came the possibility of adjusting the allowed percentage of the maximum supersaturation (M-values).

Divers ascending and decompressing on a basic shotline: Weight, and float connected by a line of fixed length Bottom tensioned shotline: The line passes through a ring at the weight and is tensioned by a small float, often a small lift bag which can later help lift the shot as the air expands. Top tensioned shotline: The line passes through a ring at the float and is tensioned by a smaller weight hanging from it. This weight may be hooked to the main part of the line by a sliding clip to restrain it from swinging. A shotline with a lazy shot - a second float with a short weighted line tethered to it at just below the depth of the deepest long decompression stop.

Ice VII is a cubic crystalline form of ice. It can be formed from liquid water above 3 GPa (30,000 atmospheres) by lowering its temperature to room temperature, or by decompressing heavy water (D2O) ice VI below 95 K. Ordinary water ice is known as ice Ih, (in the Bridgman nomenclature). Different types of ice, from ice II to ice XVIII, have been created in the laboratory at different temperatures and pressures. Ice VII is metastable over a wide range of temperatures and pressures and transforms into low-density amorphous ice (LDA) above .S. Klotz, J. M. Besson, G. Hamel, R. J. Nelmes, J. S. Loveday and W. G. Marshall, Metastable ice VII at low temperature and ambient pressure, Nature 398 (1999) 681–684.

RAM drives use the normal RAM in main memory as if it were a partition on a hard drive rather than actually accessing the data bus normally used for secondary storage. Though RAM drives can often be supported directly from the operating system via special mechanisms in the operating system kernel, it is possible to also create and manage a RAM drive by an application. Usually no battery backup is needed due to the temporary nature of the information stored in the RAM drive, but an uninterrupted power supply can keep the entire system running during a power outage, if necessary. Some RAM drives use a compressed file system such as cramfs to allow compressed data to be accessed on the fly, without decompressing it first.

Technical diver decompressing after a mixed gas dive to 60m A Pyle stop is a type of short, optional deep decompression stop performed by scuba divers at depths well below the first decompression stop mandated by a conventional dissolved phase decompression algorithm, such as the US Navy or Bühlmann decompression algorithms. They were named after Dr. Richard Pyle, an American ichthyologist from Hawaii, who found that they prevented his post-dive fatigue symptoms after deep dives to collect fish specimens. The ascent pattern has become known as Pyle stops, or "deep stops" since the late 1990s. These stops were developed by Pyle based on personal experience, and have had a significant influence on decompression theory and practice in the following years.

Xpress Pro was capable of sharing media files with Avid's advanced Media Composer editing systems making it a capable logging or offline editing system for larger projects. While Xpress Pro was originally aimed at DV and uncompressed standard definition editors, the upgrade to Xpress Pro HD with version 5.0 of the software added support for high-definition editing with the 8-bit version of Avid's DNxHD codec or Panasonic's DVCPRO HD codec, and version 5.2 added support for HDV editing. Unlike some other editing packages, Xpress Pro HD edits HDV natively by decompressing the MPEG-2 stream on the fly, rather than transcoding into an intraframe codec. Xpress Pro was discontinued on March 17, 2008, and was no longer for sale after June 30, 2008.

A helium release valve, helium escape valve or gas escape valve, as it is also called, is a feature found on some diving watches intended for saturation diving using helium based breathing gas. When saturation divers operate at great depths, they live under pressure in a saturation habitat with an atmosphere containing helium or hydrogen. Since helium atoms are the smallest natural gas particles, they are able to diffuse into the watch, past the seals which are able to prevent ingress of larger molecules such as water. This is not a problem as long as the watch remains under external pressure, but when decompressing, a pressure difference builds up between the trapped gas inside the watch case and the environment.

Divers decompressing in the water at the end of a dive Basic deck decompression chamber The decompression of a diver is the reduction in ambient pressure experienced during ascent from depth. It is also the process of elimination of dissolved inert gases from the diver's body, which occurs during the ascent, largely during pauses in the ascent known as decompression stops, and after surfacing until the gas concentrations reach equilibrium. Divers breathing gas at ambient pressure need to ascend at a rate determined by their exposure to pressure and the breathing gas in use. A diver who only breathes gas at atmospheric pressure when free-diving or snorkelling will not usually need to decompress, Divers using an atmospheric diving suit do not need to decompress as they are never exposed to high ambient pressure.

Scuba diver decompressing at a planned stop during ascent from a dive The physiology of decompression involves a complex interaction of gas solubility, partial pressures and concentration gradients, diffusion, bulk transport and bubble mechanics in living tissues. Gas is breathed at ambient pressure, and some of this gas dissolves into the blood and other fluids. Inert gas continues to be taken up until the gas dissolved in the tissues is in a state of equilibrium with the gas in the lungs, (see: "Saturation diving"), or the ambient pressure is reduced until the inert gases dissolved in the tissues are at a higher concentration than the equilibrium state, and start diffusing out again. The absorption of gases in liquids depends on the solubility of the specific gas in the specific liquid, the concentration of gas, customarily measured by partial pressure, and temperature.

The procedure described so far is known as bell bounce diving, and it is used for work where the amount of time spent at depth is relatively short. When the time spent decompressing would exceed the time between shifts, the diver would be more profitably employed underwater, and the time in the chamber would be less risky if the diver was not being decompressed, so a larger set of chambers can be used, in which the divers spend off-shift time under the same pressure they will experience at the underwater worksite. At the end of the job they are all decompressed together slowly, but the total time in decompression is reduced. This is cost-effective and puts the divers at less risk of decompression sickness than bounce diving for the same amount of time at the worksite.

One of these problems is that inert components of the breathing gas are dissolved in the blood and transported to the other tissues at higher concentrations under pressure, and when the pressure is reduced, if the concentration is high enough, this gas may form bubbles in the tissues, including the venous blood, which may cause the injury known as decompression sickness, or "the bends". This problem may be managed by decompressing slowly enough to allow the gas to be eliminated while still dissolved, and eliminating those bubbles which do form while they are still small and few enough not to produce symptoms. The physiology of decompression involves a complex interaction of gas solubility, partial pressures and concentration gradients, diffusion, bulk transport and bubble mechanics in living tissues. Gas is breathed at ambient pressure, and some of this gas dissolves into the blood and other fluids.

In 1981, at the Duke University Medical Center, Bennett conducted an experiment called Atlantis III, which involved taking divers to a depth of , and slowly decompressing them to the surface over a period of 31-plus days, setting an early world record for depth in the process. After a pioneering period of offshore commercial saturation diving in the oil and gas production industry, in which a number of fatal accidents occurred, the technology and procedures of saturation diving have matured to the point where accidents are rare, and fatal accidents very rare. This has been the result of systematic investigation of accidents, analysis of the causes, and applying the results to improving the risks, often at considerable expense, by improving both procedures and equipment to remove single points of failure and opportunities for user error. The improvements in safety have been driven in part by national health and safety legislation, but also to a large extent have been industry driven through membership of organisations like IMCA.

Scuba diver decompressing at a planned stop during ascent from a dive Decompression theory is the study and modelling of the transfer of the inert gas component of breathing gases from the gas in the lungs to the tissues and back during exposure to variations in ambient pressure. In the case of underwater diving and compressed air work, this mostly involves ambient pressures greater than the local surface pressure, but astronauts, high altitude mountaineers, and travellers in aircraft which are not pressurised to sea level pressure, are generally exposed to ambient pressures less than standard sea level atmospheric pressure. In all cases, the symptoms caused by decompression occur during or within a relatively short period of hours, or occasionally days, after a significant pressure reduction. The term "decompression" derives from the reduction in ambient pressure experienced by the organism and refers to both the reduction in pressure and the process of allowing dissolved inert gases to be eliminated from the tissues during and after this reduction in pressure.

Depending on the construction of the watch case and crystal, this effect can cause damage to the watch, such as the crystal popping off, as diving watches are designed primarily to withstand external pressure. Some watch manufacturers manage this effect by simply making the case strong enough to withstand the internal pressure, but Rolex and Doxa S.A. approached the problem by creating the helium escape valve in the 1960s (first introduced in the Rolex Submariner/Sea-Dweller and the Doxa Conquistador): A small, spring-loaded one-way valve is fitted in the watch case that opens when the differential between internal and external pressure reaches is sufficient to overcome the spring force. As a result, the valve releases the gases trapped inside the watch case during decompression, preventing damage to the watch.Perezcope – The Sea-Dweller Chronicles: Genesis Of The Decompressing Watch Automatic helium release valves usually don't need any manual operation, but some are backed up by a screw-down crown in the side of the watch, which is unscrewed at the start of decompression to allow the valve to operate.

Submersible hyperbaric chambers known as closed bells or personnel transfer capsules can be brought to the surface without delay by maintaining the internal pressure and either decompressing the divers in the chamber on board the support vessel, or transferring them under pressure to a more spacious decompression chamber or to a saturation system, where they remain under pressure throughout the tour of duty, working shifts under approximately constant pressure, and are only decompressed once at the end. The ability to return to the surface without in-water decompression reduces the risk to the divers if the weather or compromised dynamic positioning forces the support vessel off station. A diving chamber based on a pressure vessel is more expensive to construct since it has to withstand high pressure differentials. These may be bursting pressures as is the case for a dry bell used for saturation diving, where the internal pressure is matched to the water pressure at the working depth, or crushing pressures when the chamber is lowered into the sea and the internal pressure is less than ambient water pressure, such as may be used for submarine rescue.