And, above all else, it has dizzying perpectives and elegant elongations.
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Researchers from Project MIDAS, led by Swansea University, have reported several rapid elongations of the crack in recent years.
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Entering the school in 1918, Yakerson developed a painting style that echoed Chagall's strange elongations and bold shading patterns.
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Elliptical galaxies will also exhibit a range of projected elongations (from fairly narrow ellipses to circles), but will be rounder on average than spiral galaxies.
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Duncan's (offensive) gift was the ability to contort that seven-foot frame and all its elongations into a myriad of inorganic shapes, so that whatever angle he was shooting from was just out of reach of the defense.
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Given the difficulty of detecting such asteroids at small solar elongations, they estimated that at least one additional Vatira asteroid will be detected by the ZTF.
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It blooms from April to July. Dense clusters of tubular, two lipped, long, blue to lavender-blue flowers are on elongations of the stem stalks. Fruits are woody capsules.
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Megophrys montana is a relatively large frog: males can reach in snout-vent length and females . As their common name suggests, these frogs have "horns": their upper eyelids have horn-like elongations.
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Stemming from the initial criticism the painting received, the figure in Grande Odalisque is thought to be drawn with "two or three vertebrae too many." Critics at the time believed the elongations to be errors on the part of Ingres, but recent studies show the elongations to have been deliberate distortions. Measurements taken on the proportions of real women showed that Ingres's figure was drawn with a curvature of the spine and rotation of the pelvis impossible to replicate. It also showed the left arm of the odalisque is shorter than the right.
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The pianist and musicologist Charles Rosen argues that Mozart thus created a "double exposition". Rosen also suggests that this explains why Mozart made substantial elongations to the orchestral exposition during the composition process; he needed a longer orchestral exposition to balance its "double" solo counterpart.
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The golden mole thrusts its forearms from under its body to help it burrow deeper into the earth. Both the male and female have a cloaca. They have tabulars in the occipital which is not found in other mammals. Their zygomatic arches form elongations of the maxillae.
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A bumblebee feeding on jewelweed Nectar spurs are tubular elongations of petals and sepals of certain flowers that usually contain nectar. Flowers of Impatiens capensis have these nectar spurs. Nectar spurs are thought to have played a role in plant-pollinator coevolution. Curvature angles of nectar spurs of Impatiens capensis are variable.
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Technical textiles for Lifting applications. Used in process of lifting heavy goods. The textile produced is strongly woven with High tenacity yarns and the fabric is treated with heat and high temperature controlling its elongations. This is usually made of High tenacity polyester and Nylon however HMPE yarns as Dyneema are also used.
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Less favorable oppositions during late autumn 2008 in the Northern Hemisphere still had Vesta at a magnitude of from +6.5 to +7.3. Even when in conjunction with the Sun, Vesta will have a magnitude around +8.5; thus from a pollution-free sky it can be observed with binoculars even at elongations much smaller than near opposition.
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Nectar spurs are tubular elongations of petals and sepals of certain flowers that usually contain nectar. Flowers of Impatiens pallida have nectar spurs which are thought to have played a role in plant-pollinator coevolution. Most of the nectar spurs of Impatiens pallida are perpendicular but some of them are curved.Tavers,S.E., Temeles, E.J. and I. Pan.
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In fact, a combination of stress and high temperature is required to induce observable plastic deformation in CNTs. This has been achieved in the literature via the application of a current, which causes resistive heating in the material. For CNTs subjected to temperatures above 1500K, elongations up to 280% have been reported. This kind of behavior is called superplasticity.
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Force capacity refers to the fact that the machine must be able to generate enough force to fracture the specimen. The machine must be able to apply the force quickly or slowly enough to properly mimic the actual application. Finally, the machine must be able to accurately and precisely measure the gauge length and forces applied; for instance, a large machine that is designed to measure long elongations may not work with a brittle material that experiences short elongations prior to fracturing.. Alignment of the test specimen in the testing machine is critical, because if the specimen is misaligned, either at an angle or offset to one side, the machine will exert a bending force on the specimen. This is especially bad for brittle materials, because it will dramatically skew the results.
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The Quran introduces to poetry the idea of abandoning order and scattering narratives throughout the text. Harmony is also present in the sound of the Quran. The elongations and accents present in the Quran create a harmonious flow within the writing. Unique sound of the Quran recited, due to the accents, create a deeper level of understanding through a deeper emotional connection.
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Ocypode brevicornis has also been frequently confused with Ocypode ceratophthalma, due to the fact that both species possess elongations of their eyestalks (styles). The variety Ocypode brevicornis var. longicornuta described by the American zoologist James Dwight Dana is now known to be a synonym of Ocypode ceratophthalma. Ocypode brevicornis belongs to the genus Ocypode of the ghost crab subfamily Ocypodinae in the family Ocypodidae.
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Colonies growing under overhangs can develop elongations that become shaped like tear-drops, dangle on threads of tissue and eventually detach, landing on the seabed below and growing into new colonies; the sponge has also been observed to develop bubble-like buds on its external surface which become detached and, being buoyant, are dispersed by currents in the water column and rapidly grow into new colonies.
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Mercury and Venus are visible only in twilight hours because their orbits are interior to that of Earth. Venus is the third-brightest object in the sky and the most prominent planet. Mercury is more difficult to see due to its proximity to the Sun. Lengthy twilight and an extremely low angle at maximum elongations make optical filters necessary to see Mercury from extreme polar locations.
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Splits or pockets may form in the germinal sheet of cells forming vesicles or elongations. The lungs and glands of the organism may develop this way. A primary step in organogenesis for chordates is the development of the notochord, which induces the formation of the neural plate, and ultimately the neural tube in vertebrate development. The development of the neural tube will give rise to the brain and spinal cord.
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Mashq elongations in the Maghrebi script used to write surahs 105-114 of an 18th century Maghrebi Quran. Qur'anic manuscript of Surah 17: Al-Isra written in Kufic script with mashq extensions. Mashq is one of the oldest calligraphic forms of the Arabic script. At the time of the emergence of Islam, this type of writing was likely already in use in various parts of the Arabian Peninsula.
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Eyestalk close up Teleopsis dalmanni Teleopsis dalmanni, synonym Cyrtodiopsis dalmanni, also known as the Malaysian stalk-eyed fly, is a species of fly in the family Diopsidae. T. dalmanni flies possess lateral elongations on their head capsules called eyestalks. These eyestalks play an important role in mate selection and as a result physical characteristic of the fly has been the subject of several studies on sexual selection, natural selection, and mating behavior.
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The Almanac also refers to the summer solstice and the Haab' uayeb ceremonies for the tenth century AD. The Grolier Codex The Grolier Codex lists Tzolk'in dates for the appearance/disappearances of Venus for half of the Venus cycles in the Dresden codex. These are the same dates listed in Dresden.Bricker and Bricker 2011 p. 219 Building Alignments The Caracol at Chichen Itza contains the remains of windows through which the extreme elongations of the planet can be seen.
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Buying and selling tamales in the neighborhood The neighborhood is bounded by Chimalpopoca Street to the north, Eje Central to the west, San Antonio Abad to the east and Eje Tres Contreras to the south. In addition to the streets that define its borders, other major streets include the elongations of 5 de Febrero, Isabel la Catolica and Bolivar south from the historic center. Major east-west roads include Boturini, Manuel J.Othon, Manuel Payno and Jose Maria Roa Barcenas.
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For isotropic symmetry the lateral elongations (or contractions) must also be equal (i.e. e_2=e_3). The range corresponds to the range from total lateral contraction (e_2 = e_3 = -1, which is non-physical), and to no change in the lateral dimensions (e_2 = e_3 = 0). It is noted that theoretically the range could be expanded to values large than 0 corresponding to an increase in lateral dimensions as a result of increase in axial dimension. However, very few materials (called auxetic materials) exhibit this property.
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The rough- haired golden mole sometimes feeds above ground, and, when it does, it roots about like a pig in search of worms and insects. It walks at night to foraging sites that are recognizable by the disturbed soil where these golden moles have rooted for insects with their horny nose pads.[6] They have a pair of bones, called tabulars, in the occipital area of the skull, which are not found in other mammals. The zygomatic arches are formed by elongations of the maxillae.
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Droplets are about 2.5 mm in diameter. The internal structure is complex, consisting of a mass of curled or folded fibre embedded in a viscid matrix which is in turn surrounded by a less viscous layer. This results in the low viscosity liquid flowing past the moth's scales to reach the cuticle below, while the more viscous liquid forms a bond to the thread to sustain the moth's weight. The folded thread inside the ball permits elastic elongations which extend the spider's striking range.
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He also creates unique rhythmical and chromatic consonances throughout these motifs. Pontet's early series share outstanding traits characterized by accomplished drawing, well thought-out compositions, mathematically precise structures, distortions and deliberate elongations, as well as the use of a rich polychrome palette of tones and hues. Today, immersed in a new plastic period called “Metamorphosis,” Pontet is re-creating part of an enigmatic world of symbols. From realism to abstraction, Pontet's current work – teeming with feelings, thoughts, meditations, and not lacking in lyricism - is eminently plastic.
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The angle of the maximum elongation (east or west) for Mercury is between 18° and 28°, while that for Venus is between 45° and 47°. These values vary because the planetary orbits are elliptical rather than perfectly circular. Another factor contributing to this inconsistency is orbital inclination, in which each planet's orbital plane is slightly tilted relative to a reference plane, like the ecliptic and invariable planes. Astronomical tables and websites, such as Heavens-Above, forecast when and where the planets reach their next maximum elongations.
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They also noted that the pores developed teeth-like elongations like those of genus Irpex. Other generic transfers include Scindalma by Otto Kuntze in the same year, Aurantiporellus by William Alphonso Murrill in 1895, Aurantiporus by Murrill in 1905, Phaeolus by Albert Pilát in 1937, and Hapalopilus by Appollinaris Semenovich Bondartsev and Rolf Singer in 1943. It was given its current name in 1963 when Czech mycologists František Kotlaba and Zdeněk Pouzar placed it in Pycnoporellus. The generic name Pycnoporellus is Ancient Greek for "with countless pores".
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It was later placed in the genus Parra (also with the junior name Parra luzonensis) along with other jacanas and still later, the genera within the jacana family (then called Parridae) were separated. hyoid The genus Hydrophasianus meaning "water pheasant" was erected by Johann Georg Wagler in 1832 as the species was distinctive in having a slender bill, lacking any frontal lappet, having a shorter hind claw than Metopidius, and the outer two primaries bearing lanceolate elongations and the fourth primary being pointed. The distinct breeding and non-breeding plumage is unique within the jacanas.
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The poem is written in 343 lines of dactylic hexameter, a poetic scheme often found in epic poetry of the period. It is written in Homeric Greek, with Christian or vernacular parts in later dialects of Koine Greek and incorporating many Latin loanwords.; Many expressions in the poem are conspicuously borrowed from Homer's own usage in the Illiad and Odyssey, alongside quotations from Hesiod and Apollonius of Rhodes' Argonautica.; The poetry includes many metric errors (with elongations and depressions in the poem, where the poet incorrectly identified vowel lengths).
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In C. oliveirai, the fin ray filaments are much longer than in other species, however there is also no difference between the sexes in either the fin ray filament lengths or the anal fin margin. The presence of these traits in mature males cannot be confirmed in C. amphiloxa, C. caiapo, C. jurubidae, C. parma, due to the small number of specimens. The one specimen of C. sarcodes is probably an immature male based on the form of its genital papilla, though it lacks the fin ray elongations and convex anal fin margin of mature males. Colour patterns vary between species.
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Thermoplastic elastomers (TPE), sometimes referred to as thermoplastic rubbers, are a class of copolymers or a physical mix of polymers (usually a plastic and a rubber) that consist of materials with both thermoplastic and elastomeric properties. While most elastomers are thermosets, thermoplastics are in contrast relatively easy to use in manufacturing, for example, by injection molding. Thermoplastic elastomers show advantages typical of both rubbery materials and plastic materials. The benefit of using thermoplastic elastomers is the ability to stretch to moderate elongations and return to its near original shape creating a longer life and better physical range than other materials.
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Two solutions whose sides pass through A, B, C In geometry, the Cramer–Castillon problem is a problem stated by the Swiss mathematician Gabriel Cramer solved by the Italian mathematician, resident in Berlin, Jean de Castillon in 1776., page 1. The problem consists of (see the image): Given a circle Z and three points A, B, C in the same plane and not on Z, to construct every possible triangle inscribed in Z whose sides (or their elongations) pass through A, B, C respectively. Centuries before, Pappus of Alexandria had solved a special case: when the three points are collinear.
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The mass of Pallas is that of Vesta, that of Ceres, and a quarter of one percent that of the Moon. Pallas is farther from Earth and has a much lower albedo than Vesta, and hence is dimmer as seen from Earth. Indeed, the much smaller asteroid 7 Iris marginally exceeds Pallas in mean opposition magnitude. Pallas's mean opposition magnitude is +8.0, which is well within the range of 10×50 binoculars, but, unlike Ceres and Vesta, it will require more-powerful optical aid to view at small elongations, when its magnitude can drop as low as +10.6.
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Abra alba feeds by means of a pair of separate long, extensible siphons, elongations of the mantle. It is mostly a deposit feeder but is also able to feed on suspended particles as does the tellin Tellina fabula, a species with which it is often associated. The inhalant siphon gropes around widely over the surface of the substrate, actively drawing in detritus.Of the structure and adaptations of the Tellinacea, deposit-feeding Eulamellibranchia In studies of Liverpool Bay, a community that includes A. alba, Phaxas pellucidus (the transparent razor shell) and Lagis koreni (the trumpet worm) is likely associated with more than one habitat.
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A ' is an extensometer capable of performing strain or elongation measurements on certain materials when they are subjected to loading in a tensile testing machine. The principle works by illuminating the specimen surface with a laser, the reflections from the specimen surface are then received by a CCD camera and processed by complex algorithms. When using a laser extensometer it is not necessary to attach marks to the specimen, bringing substantial time savings for material testing laboratories. Resolutions less than one micrometer (typically 0.1 μm) and elongations up to 900 mm can be achieved, which renders these devices suitable for the most complex testing.
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The wing length usually defined as the distance between the bend of the wing and the longest primary can also vary widely in some large birds which have a curved wing surface as well as curved primaries. The measurement can additionally vary depending on whether a flexible tape measure is used over the curve or if measured with a rigid ruler. The definition of the length of the tail can vary when some of them have elongations, forking or other modifications. The weights of birds are even more prone to variability with their feeding and health condition and in the case of migratory species differ quite widely across seasons even for a single individual.
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The loading module starts out the biosynthetic pathway by tethering to an acyl group of the acyl carrier protein (ACP).This starter unit then gets carried to module 1 where a malonyl group gets added on by malonyl-CoA followed by the β-carbonyl getting reduced to a hydroxyl group by a ketoreductase (KR) enzyme that then undergoes dehydration to a trans double bond by a dehydratase enzyme (DH). In this first module, there is an enoyl reductase enzyme (ER), but it is inactive. This chain then goes through two more elongations in module 2 and module 3 which are similar to module 1, only they result in cis double bonds at their respective β-carbons.
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This diagram shows various possible elongations (ε), each of which is the alt=An angle ε is drawn between two straight lines from Earth to the Sun, and from Earth to the planet. This is demonstrated for different positions along circular orbits, both for planets closer to the Sun (where the angle is always less than 90°), and for outer planets (for which the angle can range from 0° to 180°), while distinguishing east and west sides. In astronomy, a planet's elongation is the angular separation between the Sun and the planet, with Earth as the reference point. The greatest elongation of a given inferior planet occurs when this planet's position, in its orbital path around the Sun, is at tangent to the observer on Earth.
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Venus (and also Mercury) is not visible from Earth when it is full, since at that time it is at superior conjunction, rising and setting concomitantly with the Sun and hence lost in the Sun's glare. Venus is brightest when approximately 25% of its disk is illuminated; this typically occurs 37 days both before (in the evening sky) and after (in the morning sky) its inferior conjunction. Its greatest elongations occur approximately 70 days before and after inferior conjunction, at which time it is half full; between these two intervals Venus is actually visible in broad daylight, if the observer knows specifically where to look for it. The planet's period of retrograde motion is 20 days on either side of the inferior conjunction.
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The now 8-carbon chain then goes through another extension by malonyl-CoA in module 4, followed by a reduction by a KR domain. In module 5, an elongation is performed by methylmalonyl-CoA in which the chain undergoes another reduction to a hydroxyl group. The polyketide intermediate is then passed on to module 6 where another malonyl-CoA is loaded, and here, a reduction, then dehydration of the β-carbon form the final double bond of the linear chain. The growing chain is almost completely synthesized at this point and is taken through two elongations of 2 carbons in modules 7 and 8, each of which contain KRs to produce the final two hydroxyl groups in the alkyl chain.
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In 1707 the astronomer James Pound became rector of Wanstead. In 1717 the Royal Society lent Pound Huygens's 123-foot focal length object- glass, which he set up in Wanstead Park. Pound's observations with it of the five known satellites of Saturn enabled Halley to correct their movements; and Newton employed, in the third edition of the Principia, his micrometrical measures of Jupiter's disc, of Saturn's disc and ring, and of the elongations of their satellites; and obtained from him data for correcting the places of the comet of 1680. Laplace also used Pound's observations of Jupiter's satellites for the determination of the planet's mass; and Pound himself compiled in 1719 a set of tables for the first satellite, into which he introduced an equation for the transmission of light.
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Therefore, to find planets in the Beta Pictoris system, astronomers look for the effects that the planet has on the circumstellar environment. ESO image of a planet near Beta Pictoris Multiple lines of evidence suggested the existence of a massive planet orbiting in the region around 10 AU from the star: the dust-free gap between the planetesimal belts at 6.4 AU and 16 AU suggest this region is being cleared out; a planet at this distance would explain the origin of the falling evaporating bodies, and the warps and inclined rings in the inner disk suggest a massive planet on an inclined orbit is disrupting the disk. elongations The observed planet by itself cannot explain the structure of the planetesimal belts at 30 AU and 52 AU from the star.
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He travelled to Parma (staying from 1669 to 1673), where he worked in quadratura frescoes. It was here where he abandoned Fiasella's monumental style in favour of a more characteristic, lyrical style. He also made copies of Correggio's frescoes in the dome of the Parma cathedral, two of which - Rest on the Flight to Egypt and Virgin with St. Jerome and the Magdalene - were later listed as the property of Anton Raphael Mengs. During this time he may have exchanged ideas with Giovanni Battista Gaulli and Andrea Carlone, both of whom informed his style of work as evidenced by certain qualities adopted after his return to Genoa, such as graceful elongations and vertical spiral movements of the figures, which in turn suggests additional influence by the sculptors Filippo Parodi and Bernardo Schiaffino.
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Portrait of Anton Peschka 1909 Living room in Neulengbach, 1911 Klimt invited Schiele to exhibit some of his work at the 1909 Vienna Kunstschau, where he encountered the work of Edvard Munch, Jan Toorop, and Vincent van Gogh among others. Once free of the constraints of the Academy's conventions, Schiele began to explore not only the human form, but also human sexuality. Schiele's work was already daring, but it went a bold step further with the inclusion of Klimt's decorative eroticism and with what some may like to call figurative distortions, that included elongations, deformities, and sexual openness. Schiele's self- portraits helped re-establish the energy of with their unique level of emotional and sexual honesty and use of figural distortion in place of conventional ideals of beauty.
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Spiral galaxy NGC 2008 Bar-shaped elongations of stars are observed in roughly two- thirds of all spiral galaxies.de Vaucouleurs, G.; de Vaucouleurs, A.; Corwin, H. G., Jr.; Buta, R. J.; Paturel, G.; Fouqué, P. (2016), Third Reference Catalogue of Bright GalaxiesB.D. Simmons et al. (2014), Galaxy Zoo: CANDELS barred discs and bar fractions Their presence may be either strong or weak. In edge-on spiral (and lenticular) galaxies, the presence of the bar can sometimes be discerned by the out-of-plane X-shaped or (peanut shell)-shaped structuresAstronomy Now (8 May 2016), Astronomers detect double ‘peanut shell’ galaxiesBogdan C. Ciambur and Alister W. Graham (2016), Quantifying the (X/peanut)-shaped structure in edge-on disc galaxies: length, strength, and nested peanuts which typically have a maximum visibility at half the length of the in-plane bar.
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Pound's observations with it of the five known satellites of Saturn enabled Halley to correct their movements; and Newton employed, in the third edition of the Principia, his micrometrical measures of Jupiter's disc, of Saturn's disc and ring, and of the elongations of their satellites; and obtained from him data for correcting the places of the comet of 1680. Laplace also used Pound's observations of Jupiter's satellites for the determination of the planet's mass; and Pound himself compiled in 1719 a set of tables for the first satellite, into which he introduced an equation for the transmission of light. Pound trained his sister's son, James Bradley, and many of their observations were made together, including the opposition of Mars in 1719, and the transit of Mercury on 29 October 1723. Their measurement of γ Virginis in 1718 was the first made of the components of a double star and was directed towards the determination of stellar parallax.
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Minneapolis MN 1986. These included influence from contemporary Dutch Golden Age painting and the native Spanish tradition which give much of the art of the period an interest in naturalism, and an avoidance of the grandiosity of much Baroque art. Important early contributors included Juan Bautista Maíno (1569-1649), who brought a new naturalistic style into Spain,Prado Guide, pg 64 Francisco Ribalta (1565-1628),Prado Guide, pg 74 and the influential still life painter, Sánchez Cotán (1560-1627).Prado Guide, pg 66 The Disrobing of Christ (El Espolio). El Greco (1541-1614) was one of the most individualistic of the painters of the period, developing a strongly Mannerist style based on his origins in the post Byzantine Cretan school, in contrast to the naturalist approaches then predominant in Seville, Madrid and elsewhere in Spain.Prado Guide, pg 54 Many of his works reflect the silvery- greys and strong colours of Venetian painters such as Titian, but combined with strange elongations of figures, unusual lighting, disposing of perspective space, and filling the surface with very visible and expressive brushwork.
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