Before this study, it had been known but not studied in great detail.
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That is quite close in cosmic terms, and by happy accident, the orientation of the orbits of the seven planets allows them to be studied in great detail.
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And while 'Oumuamua was seen too late to be studied in great detail, Gennadiy Vladimirovich Borisov discovered his namesake comet much earlier in its one-way trip through the solar system, allowing for months of study.
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Hearing Spielberg talk about William Wyler's The Best Years of Our Lives (which he has clearly studied in great detail) or del Toro dissect Frank Capra's It's a Wonderful Life would be enough to make the documentary worth watching, even without all the rarely seen combat footage.
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Many other molecular assemblies exhibiting cooperative binding have been studied in great detail.
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Despite this, its birds and other fauna have not yet been studied in great detail.
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Such quantum-critical behavior is also studied in great detail in the context of unconventional superconductivity. Examples of heavy-fermion materials with well-studied quantum-critical properties are CeCu6−xAu, CeIn3, CePd2Si2, YbRh2Si2, and CeCoIn5.
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The Amazon bamboo rat has been observed to travel in pairs, commonly consisting of one male and one female. Because the bamboo rat has not been studied in great detail, not much is known regarding its mating habits.
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In this case, one says that the theory contains an anomaly. Anomalous theories have been studied in great detail and are often founded on the celebrated Atiyah–Singer index theorem or variations thereof (see, for example, the chiral anomaly).
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The geology of Parkes has been studied in great detail. Canberra Formation, calcareous shale is found in the lower parts. This overlies middle Silurian Camp Hill Sandstone. The sandstone unconformably overlies the early Silurian Black Mountain Sandstone and State Circle Shale.
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The geology of Capital Hill has been studied in great detail. Canberra Formation, calcareous Shale is found in the south west and north east. This overlies middle Silurian Camp Hill Sandstone. The sandstone unconformably overlies the early Silurian Black Mountain Sandstone and State Circle Shale.
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Subordination as a principle for ordering syntactic units is generally taken for granted; it is the default principle of organization. Coordination, in contrast, is NOT considered a default principle and has therefore been studied in great detail. See for instance Sag et al. (1985), Hudson (1988, 1989), and Osborne (2006).
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Arp 220 hosts the first megamaser discovered, is the nearest ultraluminous infrared galaxy, and has been studied in great detail at many wavelengths. For this reason, it is the prototype of hydroxyl megamaser host galaxies, and is often used as a guide for interpreting other hydroxyl megamasers and their hosts.Elitzur (1992), pp. 308–310.
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While their function has not yet been studied in great detail, it has been speculated that due to the morphological similarity of paramural bodies to the exosomes produced by mammalian cells, they may perform similar functions such as membrane vesicle trafficking between cells. Current evidence suggests that, like exosomes, paramural bodies are derived from multivesicular bodies.
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His starting point were the elliptic integrals which had been studied in great detail by Adrien-Marie Legendre. The year after Abel could report that his new functions had two periods.O. Ore, Niels Henrik Abel – Mathematician Extraordinary, AMS Chelsea Publishing, Providence, RI (2008). . Especially this property made them more interesting than the normal trigonometric functions which have only one period.
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Polyandry was practised in Jaunsar-Bawar in Uttarakhand. A distinct group of people called Paharis live in the lower ranges of Himalayas in Northern India from southeastern Kashmir all the way through Nepal. Polyandry has been reported among these people in many districts but studied in great detail in Jaunsar-Bawar. It is a region in Dehradun district in Uttarakhand.
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Various alternative models have been developed concerning allopatric speciation. Special cases of vicariant speciation have been studied in great detail, one of which is peripatric speciation, whereby a small subset of a species population becomes isolated geographically; and centrifugal speciation, an alternative model of peripatric speciation concerning expansion and contraction of a species' range. Other minor allopatric models have also been developed are discussed below.
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Brenner also chose it as it is easy to grow in bulk populations, and convenient for genetic analysis. Alt. URL It is a multicellular eukaryotic organism, yet simple enough to be studied in great detail. The transparency of C. elegans facilitates the study of cellular differentiation and other developmental processes in the intact organism. The spicules in the male clearly distinguish males from females.
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The nests and colonies of M. smithii were studied in great detail in Puerto Rico and Brazil. On the surface, M. smithii nests can be recognized by their nest mounds consisting of excavated soil and clay. A nest entrance of roughly 1.2 mm in diameter is located in the center of each nest mound. Large M. smithii nests, which are presumably older, can contain up to 7 or so chambers.
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Their structure has been studied in great detail using X-ray crystallography and cryo-electron microscopy. A number of different types of proteins have been identified as being loaded into encapsulin nanocompartments. Peroxidases or proteins similar to ferritins are the two most common types of cargo proteins. While most encapsulin nanocompartments contain only one type of cargo protein, in some species two or three types of cargo proteins are loaded.
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Many manufactured goods come in powder form, such as flour, sugar, ground coffee, powdered milk, copy machine toner, gunpowder, cosmetic powders, and some pharmaceuticals. In nature, dust, fine sand and snow, volcanic ash, and the top layer of the lunar regolith are also examples. Because of their importance to industry, medicine and earth science, powders have been studied in great detail by chemical engineers, mechanical engineers, chemists, physicists, geologists, and researchers in other disciplines.
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The postsynaptic density (PSD) is a protein dense specialization attached to the postsynaptic membrane. PSDs were originally identified by electron microscopy as an electron-dense region at the membrane of a postsynaptic neuron. The PSD is in close apposition to the presynaptic active zone and ensures that receptors are in close proximity to presynaptic neurotransmitter release sites. PSDs vary in size and composition among brain regions and have been studied in great detail at glutamatergic synapses.
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The noun Segen "blessing" was derived from the verb at an early time, attested in the 9th century as segan. Old English hat the corresponding sægnan, which survives as the dialectal (esp. Scottish) sain (popularized by Scott, Heart of Mid-Lothian "God sain us"). The concept of Segen, understood magically, was very productive in the folklore, folk religion and superstition of German-speaking Europe, studied in great detail by the German philologists and folklorists of the 19th century.
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Eta Carinae observed in different wavelengths Eta Carinae is a highly luminous hypergiant star. Estimates of its mass range from 100 to 150 times the mass of the Sun, and its luminosity is about four million times that of the Sun. This object is currently the most massive star that can be studied in great detail, because of its location and size. Several other known stars may be more luminous and more massive, but data on them is far less robust.
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The program is used to inform students in the sixth grade when this type of behavior begins to emerge with adolescent rebellion. Videos are shown (either on VHS or DVD) and trips are made to courtrooms to watch actual trials in progress so kids learn about the justice system. Mock trials are used if the caseload for the local courts is slow that day. The Youth Criminal Justice Act (formerly known as the Young Offenders Act) is studied in great detail.
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This gene has been studied in great detail, because mutation at this gene is the cause of Glycogen Storage Disease Type III. The gene is 85 kb long, has 35 exons and encodes for a 7.0 kb mRNA. Translation of the gene begins at exon 3,which encodes for the first 27 amino acids of the AGL gene, because the first two exons (68kb) contain the 5' untranslated region. Exons 4-35 encode the remaining 1505 amino acids of the AGL gene.
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Subnets in the sense of Willard and subnets in the sense of Kelley are the most commonly used definitions of "subnet." The first definition of a subnet was introduced by John L. Kelley in 1955. Stephen Willard introduced his own variant of Kelley's definition of subnet in 1970. AA-subnets were introduced independently by Smiley (1957), Aarnes and Andenaes (1972), and Murdeshwar (1983); AA-subnets were studied in great detail by Aarnes and Andenaes but they are not often used.
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Mare Island Navy Yard in California, 1920 The leadership of both navies largely adhered to the concepts delineated by Mahan. U.S. Navy planning focused on preparing to fight a decisive battle with the Japanese fleet somewhere in the western Pacific. Consequently, the Battle of Jutland was studied in great detail at the Naval War College. Prewar planning by the US Navy had focused on the central Pacific and the need for the Navy to gain a series of bases in the Marshall, Caroline, and Mariana Islands.
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While in Kuwait, Shakespear made seven separate expeditions into the Arabian interior, during which he became a close friend of Ibn Sa'ud, then the Emir of the Nejd. It was Shakespear who arranged for Ibn Sa'ud to be photographed for the first time. Ibn Sa'ud had never seen a camera before. In March 1914, Shakespear began a journey from Kuwait to Riyadh and on to Aqaba via the Nafud Desert, which he mapped and studied in great detail, the first European to do so.
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The reasons put forward for the aircraft's deviation range from a lack of situational awareness by the pilots (ICAO), to a planned and intentional deviation (Pearson), to an Inertial Navigation system (INS) programming error by 10 degrees of longitude during the inputting of the ramp starting position by the crew.Hersh pp. 199–213, the "Harold Ewing (H/E) scenario," which ICAO studied in great detail All accounts note that the pilots had several sources of information that could have alerted them to their increasing deviation from their planned route.Pearson, pp.
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The physical paradox was mathematically resolved in the 1990s by David E. Stewart. The Painlevé paradox has not only been solved by D. E. Stewart from the mathematical point of view (i.e. Stewart has shown the existence of solutions for the classical Painlevé example that consists of a rod sliding on a rough plane in 2-dimension), but it has been explained from a more mechanical point of view by Franck Génot and Bernard Brogliato. Génot and Brogliato have studied in great detail the rod dynamics in the neighborhood of a singular point of the phase space, when the rod is sliding.
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X-ray, optical and infrared images of Eta Carinae (August 26, 2014) The Eta Carinae star system is currently one of the most massive stars that can be studied in great detail. Until recently Eta Carinae was thought to be the most massive single star, but the system's binary nature was proposed by the Brazilian astronomer Augusto Damineli in 1996 and confirmed in 2005. Both component stars are largely obscured by circumstellar material ejected from Eta Carinae A, and basic properties such as their temperatures and luminosities can only be inferred. Rapid changes to the stellar wind in the 21st century suggest that the star itself may be revealed when dust from the great eruption finally clears.
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Photocatalyst activity indicator inks (Paii's) are a recent advance in the visual demonstration of photocatalysis and the assessment of the activity of photocatalyst materials. They are an inexpensive, easy to use and provide a very quick route to demonstrating the presence of a photocatalytic film, even under low levels of UV light. Unlike the photo-oxidative bleaching of methylene blue, they use the underlying semiconductor photocatalyst film to photoreduce the dye (Dox in figure 2), in the ink coating, to another (usually colourless) form, (Dred in figure 2) whilst simultaneously oxidising an easily oxidised organic species, a sacrificial electron donor (SED), such as glycerol, which is also present in the ink. The kinetics of reduction of the dye in a paii have been studied in great detail.
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For X0(N) and X1(N), the level structure is, respectively, a cyclic subgroup of order N and a point of order N. These curves have been studied in great detail, and in particular, it is known that X0(N) can be defined over Q. The equations defining modular curves are the best-known examples of modular equations. The "best models" can be very different from those taken directly from elliptic function theory. Hecke operators may be studied geometrically, as correspondences connecting pairs of modular curves. Remark: quotients of H that are compact do occur for Fuchsian groups Γ other than subgroups of the modular group; a class of them constructed from quaternion algebras is also of interest in number theory.
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Gondwana began to break up in the early Jurassic following the extensive and fast emplacement of the Karoo-Ferrar flood basalts . Before the Karoo plume initiated rifting between Africa and Antarctica, it separated a series of smaller continental blocks from Gondwana's southern, Proto-Pacific margin (along what is now the Transantarctic Mountains): the Antarctic Peninsula, Marie Byrd Land, Zealandia, and Thurston Island; the Falkland Islands and Ellsworth–Whitmore Mountains (in Antarctica) were rotated 90° in opposite directions; and South America south of the Gastre Fault (often referred to as Patagonia) was pushed westward. The history of the Africa- Antarctica break-up can be studied in great detail in the fracture zones and magnetic anomalies flanking the Southwest Indian Ridge. The Madagascar block and the Mascarene Plateau, stretching from the Seychelles to Réunion, were broken off India; elements of this breakup nearly coincide with the Cretaceous–Paleogene extinction event.
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The Xitsonga language was studied in great detail by the Swiss missionary, Henri-Alexandre Junod between the year 1890 and 1920, who made the conclusion that the Xitsonga language (which he called the "Thonga language" at the time) began to develop in Mozambique even before the 1400s. In his own words, Junod states the following:Junod, Henry (1912, 1927), The Life of a South African Tribe: The Social Life, Neuchatel: Imprimerie Attinger Freres, p. 32–33 Further studies were carried out by Junod and other Swiss missionaries such as Henri Berthoud and Ernest Creux, who began to unify the language in order to have a standard way of writing and reading. "Shigwamba" was a term used by the missionaries in order to group the language under a unified identity, however the name was unfamiliar to many of the Tsonga people and had to be replaced with "Thonga/Tsonga".
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The southern sea cliffs of Bolshoy Lyakhovsky Island, which were first studied by Baron von Toll, expose a complex sequence of fossiliferous Late and Middle Pleistocene floodplain, eolian, lake, and solifluction sediments cemented by permafrost. In the 1990s and 2000s, a Russian-German multidisciplinary team, which included the Alfred Wegener Institute for Polar and Marine Research and Permafrost Institute, Russian Academy of Sciences, studied the cryolithology, geochronology, ground ice geochemistry, paleobotany, paleontology, sedimentology, and stratigraphy of these sediments. The age of these sediments were studied in great detail using radiocarbon dating of bones, ivory, and plant remains; optically stimulated luminescence dating of bone-bearing sediments; and uranium-thorium dating of associated peat.Andreev, A.A., G. Grosse, L. Schirrmeister, S.A. Kuzmina, E. Y. Novenko, A.A. Bobrov, P.E. Tarasov, B.P. Ilyashuk, T.V. Kuznetsova, M. Krbetschek, H. Meyer, and V.V. Kunitsky, 2004, Late Saalian and Eemian palaeoenvironmental history of the Bol’shoy Lyakhovsky Island (Laptev Sea region, Arctic Siberia) , 3.41 MB PDF file, Boreas. vol.
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Immediately after the success at Unsan, the rest of the Chinese forces advanced across the US lines, intending to push the US forces back across the Ch'ongch'on River and into Pyongyang.. But food and ammunition shortages soon forced the Chinese to disengage on 5 November, thus ending the Chinese First Phase Campaign. Besides the victory at Unsan, the Chinese First Phase Campaign also destroyed the ROK 6th Infantry Division and one regiment from the ROK 8th Infantry Division at the Battle of Onjong.. In return, the Chinese had suffered 10,700 casualties by the end of the Chinese First Phase Campaign.. The Battle of Unsan has been considered to be one of the most devastating US losses of the Korean War. The Chinese victory at Unsan was as much of a surprise to the Chinese leadership as it was to the UN forces.. The accidental encounter between the Chinese and US forces at Unsan eased the fear of the Chinese leadership about intervening in Korea,. while the performance of the US 1st Cavalry Division was studied in great detail by Chinese commanders.
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