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126 Sentences With "more convex"

How to use more convex in a sentence? Find typical usage patterns (collocations)/phrases/context for "more convex" and check conjugation/comparative form for "more convex". Mastering all the usages of "more convex" from sentence examples published by news publications.

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The more convex or "bowed out" the Lorenz curve, the more unequal the distribution of income, wealth or whatever else one is measuring.
"For this piece, the sapphire is even more convex than on previous versions in order to give even more volume to the globe," Mr. Ferrier said in an email.
The forewings are longer and the outer margin is more convex.
The hyoglossus depresses and retracts the tongue and makes the dorsum more convex.
Females are similar to males, but slightly squatter and the forewing outer margin is slightly more convex.
However, the upper surfaces are not bleached, and the outer margins of the forewings of the male specimens are more convex than in Lepidochrysops praeterita.
The worker of Paratrechina zanjensis can easily be separated from Paratrechina longicornis based on the presence of erect macrosetae on the scapes. There are several other notable differences between the two species. The propodeal dorsal face of Paratrechina zanjensis is more convex than is observed in Paratrechina longicornis. Similarly, the pronotum and to a lesser degree the mesonotum are more convex in Paratrechina zanjensis, being almost flat in Paratrechina longicornis.
The egg is elliptical, about 2 mm long, and pure white. It is almost flat on the ventral surface, and more convex on the dorsal. Eggs are often somewhat longitudinally curved.
The minute apex is recumbent, spiral, and dextral. The tip is eroded. The inside is scarcely nacreous, the color pattern showing through. This is a shell smaller than Broderipia iridescens, and more convex.
Accommodation essentially means that when the ciliary muscle contracts, the lens becomes more convex, generally improving the focus for closer objects. When it relaxes, it flattens the lens, generally improving the focus for farther objects.
Changing the curvature of the lens is carried out by the ciliary muscles surrounding the lens; this process is known as "accommodation". Accommodation narrows the inner diameter of the ciliary body, which actually relaxes the fibers of the suspensory ligament attached to the periphery of the lens, and also allows the lens to relax into a more convex, or globular, shape. A more convex lens refracts light more strongly and focuses divergent light rays from near objects onto the retina, allowing closer objects to be brought into better focus.
The shells of turritellid species have whorls that are more convex and an aperture which is more circular than it is in the auger shells which are similarly high-spired. The columella is curved and the thin operculum is horny.
The carapace is more convex. Postorbital region concave. Suture between thoracic sternites 2 and 3 are not clearly visible, where they can be seen as a groove without lateral borders. Abdomen of the male is much robust in shape and triangular.
Granulomatous facial dermatitis is found in patients with persistent facial erythema involving one or more convex surfaces of the face, with lesions that show granulomatous reaction histologically.James, William; Berger, Timothy; Elston, Dirk (2005). Andrews' Diseases of the Skin: Clinical Dermatology. (10th ed.). Saunders.
Ambulyx semifervens is a species of moth of the family Sphingidae. It originates from Indonesia (the Moluccas and Sulawesi). It is similar to Ambulyx subocellata and Ambulyx dohertyi, but the wings are broader and the distal margin of the forewing is more convex.
Weksler, 2006, pp. 27–28, table 5 In P. o. planirostris, the rostrum is flatter than in mainland Florida forms, in which it is more convex, and the nasals are said to be relatively longer in P. o. argentatus.Spitzer and Lazell, 1978, p.
Species within this genus have a very large shells, reaching a height of about and a length of about . The shell is thick and biconvex. The left valve is slightly more convex than the right one. The radial ribs are wide, but very shallow.
Members of this family have inequivalve, oblong valves that are nearly equilateral. The right valve is more convex than the left, and there are usually no teeth. The ligament connecting the two valves is in an internal groove, and the hinge has a free ossicle.
Perigonia passerina is a moth of the family Sphingidae. It is known from Bolivia, Argentina and Brazil. It is similar to Perigonia lusca lusca, but the median part of the forewing outer margin is more convex. The forewing upperside ground colour is more grey.
For terms see gastropod shell The 3-4 x 1.5-2 mm. shell has 5-7 convex whorls which are slightly more convex than those of Hydrobia acuta neglecta. Smaller shells with 5 whorls are slightly less slender than those of Hydrobia neglecta. The suture is deep.
The nymphs are a flattish oval shape, yellowish green, with six short legs. The nymphs shed their skin three times and each instar is larger and more convex than the previous one.Fredrick, J. M. 1943. Some Preliminary Investigations of the Green Scale, Coccus viridis (Green), in South Florida.
The size of the shell varies between 8 mm and 15 mm. The white, sublenticular shell is flattened convex above, more convex below. It contains oblique radiating riblets, interrupted by an obtuse peripheral rib The interstices of the riblets are finely spirally striated. The umbilicus has a moderate size.
At about in size, this is one of the smaller scallop species which are commercially exploited. The shell of this species is sometimes quite colourful, and it is also thin and brittle. It has about twenty radiating umbones. The left valve is slightly more convex than the right one.
Fruit bodies of Pluteus exilis have caps that measure in diameter. They are initially hemispherical or bell-shaped, later becoming more convex in maturity, sometime with a shallow central depression. The cap color is brownish. Gills are spaced together closely, and are free from attachment to the stipe.
The skull was exactly equal in size to that of an Arctic wolf, the only notable differences being that the sectorial molar was slightly larger and the lower border of the jaw was more convex. It was positively identified as being that of a wolf by its low and contracted forehead.
The first whorl is smooth, while the next three are more convex than the lower ones, and have traces of spiral sculpture. The sculpture of the body whorl is nearly obsolete. The aperture is elliptical, tapering to a very short siphonal canal anteriorly. The outer lip is arcuate and thin.
It had been suggested that the rear skull roof of P. mephistocephalus was more convex but Arbour concluded it essentially had the same curvature. The holotype of P. mephistocephalus has very long cheek horns but a juvenile specimen, MPC 100/1344, found as part of a P. grangeri group, shows a similar elongation.
Quedius curtipennis is a beetle found in Britain. It is similar in appearance to Quedius fuliginosus, which is a less common species, however, the eyes of fuliginosus are more convex and the basal antennal segments darker. The punctures on the elytra are slightly stronger in Q. curtipennis.Salnitska, M. & Solodovnikov, A. Yu. 2018.
Closely resembling the worker in the structure of mandibles, clypeus, petiole, postpetiole and gaster in addition to sculpture, color and pilosity. Head with a single well-defined depression in place of the median ocellus. Mesosoma in dorsal view with a promesonotal suture but lacking sclerites associated with alate queen. Mesonotum is more convex.
This mushroom can range from lilac to purple-pink. Some North American specimens are duller and tend toward tan, but usually have purplish tones on the stem and gills. The gills are attached to the short, stout stem. Mature specimens have a darker color and flatter cap; younger ones are lighter with more convex caps.
Quedius fuliginosus is a beetle found in Britain and, possibly by traveling in dry ballast, North America. It is similar in appearance to Quedius curtipennis, which is a more common species, however, the eyes of fuliginosus are more convex and the basal antennal segments darker. The punctures on the elytra are slightly stronger in curtipennis.
Members of this family have thin, brittle shells that have an elongated oval shape. The valves are white with concentric sculpturing, low umbones and a gape at both ends. The left valve is slightly larger and more convex than the right valve. The ligament is internal and there are no teeth on the hingeline.
Both sexes showed more or less similar growth rate. The seasonal growth curve was chiefly influenced by feeding intensity in fishes of 1st year class, while in adults it was affected by feeding intensity as well as by maturation of the gonads. The body is elongate. Its dorsal profile is more convex than the ventral.
The cap is across, hemispherical at first before becoming more convex without an obvious boss. It is red-brown when young, before fading to a pale pinkish brown with darker brown scales. There is generally a large unbroken scale in the centre of the cap. The cap margin is inrolled and the cap is fleshy.
Elibia linigera is a moth of the family Sphingidae . It is known from the Philippines. It is very similar to Elibia dolichus, but the forewing outer margin is slightly more convex and the apex more acute. The forewing underside has a ragged submarginal band that is darker red and broader than in Elibia dolichus.
The upper end is more broad than the lower one and its articular surface is rather round. Phalanx II-1 is fairly elongated and has concave articular surfaces. However, phalanx III-1 is much shorter than the previous elements, having a semi-square shape and being wider than long. Its articular surfaces are more convex.
The base of the shell is eroded in front of the aperture. The aperture is oblique. The columella is short, obtusely subdentate near the base, spreading at the insertion into a heavy callous, which covers the umbilicus. This species is similar to Phorcus turbinatus in form, but usually has the outlines of the spire more convex.
These whorls are more convex. The ribs of the lowest gradually disappear with age. At the base of this body whorl are observed also ridges, and very prominent granulations. The aperture is subrotund, white, emarginated and narrowed at the top by a transverse fold of the left lip, and by an angle of the outer lip.
Incoybe saliceticola produces mushrooms with caps of between in diameter. The shape of the cap varies, depending on the age of the mushroom. In younger specimens, they are conical or nearly so, but as the mushroom matures, the caps flatten into a more convex or flat shape. As such, the height of the cap varies from .
The siphon can be retracted completely into the shell. The two valves are triangular and convex, but the right valve is more convex than the left one. The siphon is protected by a horny sheath and it is provided with small tentacles at its end. The outer surface of the valves is covered with concentric growth lines.
Gigantopecten latissimus has a shell reaching a height of about and a length of about . This shell is thick and biconvex. The left valve is slightly more convex than the right one. The outer surface of the right valve has six shallow radial ribs that are rectangular in cross- section, while the left valve shows five radial ribs on the external surface.
The ciliary ganglion is a bundle of nerve parasympathetic ganglion located just behind the eye in the posterior orbit. It is 1–2 mm in diameter and in humans contains approximately 2,500 neurons. The ganglion contains postganglionic parasympathetic neurons. These neurons supply the pupillary sphincter muscle, which constricts the pupil, and the ciliary muscle which contracts to make the lens more convex.
V. vana, found at the White Sea shores and in Australia, is thinner in diameter, has an unwrinkled top, and the holdfast is much more convex or dome-like. Some specimens of V. vana also had arms. V. velikanovi fossils range 3–8 cm in length and up to 3 cm in width. The attachment disks range 0.8–2 centimeters in diameter.
The breed's gaits are agile and elevated, but generally comfortable to ride. The Lusitano differs from the Andalusian through having a more sloped croup, a lower-set tail, and a more convex head profile. The mane and tail are extremely thick in both breeds. Lusitano in a bullfight The ancestors of the Lusitano were originally used for classical dressage, driving and bullfighting on horseback.
The vadigo is similar in form to other carangids, particularly the genera Oligoplites and Scomberoides, commonly known as queenfish and leatherjacks. It is a moderately large fish growing to , although some less reliable sources state a maximum length of . The maximum published weight of . It has an elongate, moderately deep and slightly compressed body, with the dorsal profile slightly more convex than the ventral profile.
A fruit contains 100 or more convex, light yellow-brown seeds, about 1 cm long.Lalith Gunasekera, Invasive Plants: A guide to the identification of the most invasive plants of Sri Lanka, Colombo 2009, p. 112–113. A. glabra flowers have a short life-span, and have a diameter of 2–3 cm. The flowers have three outer petals as well as three inner petals.
The first instar has well-developed legs and is the only mobile immature life stage. The crawlers insert their mouthparts in the lower surfaces of the leaf when they find it suitable and usually do not move again in this stage. The next instars are flattened, oval, and scale-like. In the final stage, the pupal whiteflies are more convex, with large, conspicuously red eyes.
300px In aeronautics and aeronautical engineering, camber is the asymmetry between the two acting surfaces of an airfoil, with the top surface of a wing (or correspondingly the front surface of a propeller blade) commonly being more convex (positive camber). An airfoil that is not cambered is called a symmetric airfoil. The benefits of cambering were discovered and first utilized by George Cayley in the early 19th century.
The columella has a strong denticle. The colour of the shell is whitish with the inner nacre showing through, with vague brownish flames on specimens from shallower sites. The inside of the round aperture is nacreous. This species is distinguished from Danilia tinei in having the axial lamellae minute and about three times more numerous, the whitish colour and the more inflated and more fragile shell, with more convex whorls.
The shell of Laternula elliptica is thin, brittle, and slightly inflated and grows to a length of . The left valve is slightly larger and more convex than the right. The general shape is an elongated oval with the posterior end somewhat truncated and narrower than the anterior end. The umbone is shallow and slightly nearer the posterior end and there is a characteristic short transverse crack in it.
This body whorl is nearly smooth, except for most tender spiral and radiating striae, only visible under magnification, and a few remote deeper striae near the suture, being the continuation of the beads. It is strongly depressed, more convex above than below, with a blunt angle, but no keel. The umbilicus is funnel-shaped, moderately wide and pervious. Its walls are smooth, with only a few growth striae.
The size of the shell varies between 18 mm and 30 mm. The shell is similar to the Monodonta australis, but with more convex, rounded whorls, upon the last of which the spiral lirae become more or less obsolete. The lirae are more distinct upon the upper whorls, and are smooth, with narrow interstices. The color is reddish, purplish or green, the lirae usually articulated with white, but sometimes unicolored.
With C. belli the rear of the frill is V-shaped and its sides are straight. With C. russelli the rear edge is shaped as a shallow U, and the sides are more convex. The sides were adorned by six to nine smaller skin ossifications (called episquamosals) or osteoderms, which attached to the squamosal bone. The corner of the frill featured two larger osteoderms on the parietal bone.
Cynoglossum germanicum is a biennial or short-lived perennial herbaceous species, growing to a maximum height of 75cm.Online Atlas of the British and Irish Flora - Cynoglossum germanicum It is similar to the closely related Cynoglossum officinale, however differs in having glabrous, shiny, light-green leaves and nutlets which are more convex outside and lack a thickened border.Journal of Ecology - Cynoglossum officinale The typical habitats of the two species also differ strongly.
The whole surface is with very fine concentric lines. Irregular wrinkles are marking stages of growth at intervals of 1 to 3 mm. The length of the shell is 24.5 mm, width 19 mm and the height of the shell is 4.5 mm. This species is closely related to the Upper Silurian Helcionopsis radiatum, which is a little more convex, the anterior outline blunter and the apex more incurved.
The flower consists of six tepals, also referred to as segments. The outer three are larger and more convex than the inner ones. The inner flower segments are usually marked on their outer surface with a green or greenish-yellow V- or U-shaped mark (sometimes described as "bridge-shaped") over the small sinus (notch) at the tip of each tepal. The inner surface has a faint green mark covering all or most of it.
Thracia convexa grows to about 6 centimetres (2.4 in) in length. The shell is inflated and brittle and the right valve is slightly larger and more convex than the left one. The outline is roughly triangular with the anterior end rounded and the posterior end somewhat elongated. The surface is sculptured with fine concentric lines and a slight ridge extends from the umbone to the margin of the valve on the posterior end.
The ovate shell is oblong, transverse, with unequal valves. The beaks are strongly recurved, that of the right valve notched to receive that of the opposite side. The right valve is more convex and larger than the left. The hinge has upon each valve a horizontal and narrow nympheal callosity, which sometimes expands into a spoon-shaped projection, and contains an internal ligament, which is prolonged, and slightly issues outwardly into the corselet.
Like some other large scallops, the shells of Chesapecten are characterized by a pattern of wide ribs which radiate outward from the apex of the shell. A distinctive feature of Chesapecten is that the radial ribs on its shell are crossed by much smaller, rough, concentric ribs, which follow the contours of the edges of the shell (are "conmarginal"). The left valve of Chesapecten is more convex than the right valve. The adductor muscle scar is large and rounded.
The body whorl occupies more than half the total length of the shell. It is elongated, more convex, slightly rounded at the top, becoming angular towards the middle of the columellar side. It is strongly depressed below this angulation which is accentuated on the dorsal part, and ends in an elongated rectilinear base, surrounded by oblique, entirely white, pressed and granular cords. The aperture is elongated, narrow, rendered sinuous by the obliquity of the siphonal canal and the sinus.
The plastron (bottom shell) is yellow to reddish orange with a dark pattern between scutes that follows the scute seams (this fades with age). This distinguishes it from P. floridana, which lacks the dark marks. The stripe down the hind foot is also a major characteristic, and P. suwanniensis can be distinguished by its lack of color on the legs. Females tend to grow larger than males, and have a smaller tail and more convex plastron.
The fleshy lips of the island trevally are a distinguishing feature.The island trevally is a moderately large fish, growing to a maximum recorded length of 75 cm and 6.61 kg in weight. The species is quite similar to C. ferdau, although the prominent yellow spots serve as a quick identifying feature. The island trevally has a compressed oblong shaped body with the dorsal profile more convex than the ventral profile and the snout usually being slightly rounded.
The cap is 1–4 cm (0.4–2.6 in) in diameter and white or cream- coloured with a silky texture, at first conical before flattening out to a more convex shape with a pronounced umbo (boss). The cap margins may split with age. The thin stipe is 1–6 cm (0.4–2.4 in) high and 0.3–0.6 cm thick and lacks a ring. It has a small bulb at the base, and often does not grow straight.
In Longusunguis, the lateral margin of the coracoid is more convex than in other bohaiornithids. In Longusunguis, the acromion process is strongly projecting dorsally (more than in Sulcavis), whereas in Parabohaiornis this process is straight, and is parallel to the scapular shaft. Finally, its pygostyle is longer than the tarsometatarsus. The holotype of Longusunguis came from a subadult individual, as evident by the absence of fusion in some compound bones, such as the carpometacarpus, tibiotarsus and tarsometatarsus.
The height of the shell attains 18 mm. (Original description) The rather thick shell has a fusiform shape and is yellowish-white. The upper whorls are lost by erosion. Of the remaining 6 whorls the upper ones are still eroded, of the 4 whorls which are in sufficient state of preservation, the upper 2 are slightly angular, their upper part a little excavated, the lower part more convex, with a single row of nodules on the limit.
The base of the stem may be connected to dark brown or black root-like rhizomorphs 0.1–0.3 mm thick. Mature specimens display no veil. Details of the fruit bodies' appearance, color in particular, are somewhat variable and dependent on growing conditions. For example, specimens growing on logs in oak and hickory forests in the spring tend to have more yellowish-white, depressed caps than those found in the same location in autumn, which are light yellow brown and more convex in shape.
The waterfall is formed by Devonian dolomite and its formation is due to the difference in hardness of mineral between it lower and upper parts. Below it is more brittle and erodes faster, leaving the top layer to hang over it. These upper, more convex parts, sometimes collapse and fall into the river. As a result, the waterfall slowly recedes, and since the flow in the central zone is more powerful, waterfall middle gradually retreats higher upstream than it sides.
Besides these, there are very many fine hair-like flexuous lines of growth. Spirals —the shoulder below the suture (the sinus area) has a few faint regular scratchlike lines; on the ribbed area these are stronger. On the base the interstices become somewhat narrower and more convex, till on the aperture they rise into strongish threads, which at the very point again become weaker. The colour of the shell is a light tawny, paler on the aperture, and white on the columella.
While some of the tusks at the tip are missing, most of the rest of the teeth in the jaw are still present. There are new tusks forming in the sockets, indicating that Brachysuchus regrew teeth all its life. There is a large foramen between the dentary, the angular and the prearticular that passes right through the jaw (visible on the picture). The teeth themselves are asymmetrical in cross-section, with the outer side more convex than the inner side.
Compared to Hemileuca maia larvae, Hemileuca lucina larvae are in general smaller and exhibit a sharply defined white stripe above the feet that is either faintly present or absent in H. maia larvae. For adult moths, H. maia is darker than H. lucina and also has narrower white forewing bands with circular spots. In contrast, H. nevadensis adults have wider white forewing bands that are more convex than H. lucina adults. In terms of translucence, H. nevadensis are generally more opaque.
Sexual dimorphism is absent or weak, limited to the adult females having a more convex ventral profile when compared with males. Males may also possess a very thick and flattened outer ray to the ventral fins. Males are generally smaller than females, but can be recognised by having more curved lower fins and noticeable muscles around the base of the fins generally absent in female. The tench has very small scales, which are deeply embedded in a thick skin, making it as slippery as an eel.
Stanhope lens with case, early 1800s A Stanhope lens is a simple, one-piece microscope invented by Charles, the third Earl of Stanhope. It is a cylinder of glass with each end curved outwards, one being more convex than the other. The focal length of the apparatus is at or within the device so that objects to be studied are placed close to or in contact with the less curved end. Because its construction is simple and economical, it was popular in the 19th century.
The Senegal jack is a large species of fish, known to reach a length of 1 m, but is more common at around 30 cm. It has a body shape typical of most other species of Caranx, with a moderately compressed ovate form and blunt pointed snout. The dorsal profile is slightly more convex than the ventral profile. The dorsal fin is in two distinct sections, the first consisting of 8 spines while the second has 1 spine and 20 or 21 soft rays.
The "stationary" time will be the least time provided that the secondary wavefronts are more convex than the primary wavefronts (as in Fig.4). That proviso, however, does not always hold. For example, if the primary wavefront, within the range of a secondary wavefront, converges to a focus and starts diverging again, the secondary wavefront will touch the later primary wavefront from the outside instead of the inside. To allow for such complexities, we must be content to say "stationary" time rather than "least" time.
The eyeballs were likely thicker, stronger, and more convex than in other cephalopods. The mantle cavity of cephalopods serves to contain the gills, gonads, and other organs; also, water is siphoned into and expelled out of the mantle cavity via a tube opening near the arms of the animal, the hyponome, for jet propulsion. Though the hyponome was well-developed in belemnites, the phragmocone was large, implying a small mantle cavity and thus less jet propulsion efficiency. Like some modern squid, belemnites may have mainly used large fins to coast along currents.
The stout whiting is similar in appearance to a number of Australian sillaginids, with dorsal fin and swimbladder morphology the best identification features. It is a small fish, reaching a known maximum length of 30 cm, but more commonly seen below 23 cm. Like most sillaginids, the stout whiting has a slightly more convex dorsal profile compared to the ventral profile, reflecting the benthic nature of the species. The dorsal fin is composed of 2 sections; the first consisting of 11 spines and the second of 1 spine followed by 16 to 18 soft rays.
Sharpirhynchia sharpi (synonym Kallirhynchia sharpi) is a species of extinct, small-sized lampshell, named after Samuel Sharp (1814–1882), an early fossil collector, who discovered the limited time span of some fossils, now known as index fossils .Jurassic Way, a Northamptonshire country path S. sharpi is a marine rhynchonellate brachiopod in the family Rhynchonellidae. It is roughly ½ inch (1.25 cm) measured along the axis, with a slender beak, the brachial valve more convex than the pedunculate valve, and it has 21–31 ribs fanning out from the hinge.
Dorsal valve more convex than ventral one, with greatest convexity at anterior part, but recurved anteriorly; fold occurring at anterior 1/2 to 1/3 of valve, generally narrow and lower, with rounded top, moderately raised above slopes, giving valve trilobate appearance. Dorsal umbones rarely slightly sulcate or depressed. Numerous fine subangular costae separated by deep intervals, on each valve numbering 20-26, with 4-7 on fold and 3-6 in sinus; shell also bearing innumerable fine, conspicuous growth lines, becoming feebly lamellose or imbricated toward anterior margin.
The coachwhip trevally is a moderately large fish, known to grow to a known maximum length of 46 cm. It is similar in shape to most other carangids, especially the shadow trevally, Carangoides dinema, which it also resembles in having a 'shadowed' appearance under its second dorsal fin. It can be distinguished from C. dinema by fin ray and lateral line scale and scute counts. It has a compressed, oblong body with the dorsal profile more convex than the ventral profile, with the head profile also slightly convex.
Adults are very similar to Ethmia hilarella, but can be distinguished by the absence of dorsal spots on the two basal segments of the abdomen, and the reduced or absent spots on the third segment. The hindwings in both sexes are as the hindwings of the female of E. hilarella, but with the apical patch wider and much more convex anteriorly, less produced beneath and not reaching the middle of the termen and the grey apical patch in the cilia is also reduced and does not reach the middle of the termen.
The giant trevally is similar in shape to a number of other large jacks and trevallies, having an ovate, moderately compressed body with the dorsal profile more convex than the ventral profile, particularly anteriorly. The dorsal fin is in two parts, the first consisting of eight spines and the second of one spine followed by 18 to 21 soft rays. The anal fin consists of two anteriorly detached spines followed by one spine and 15 to 17 soft rays. The pelvic fins contain 1 spine and 19 to 21 soft rays.
The distal outline of the crown is more convex than the mesial outline, and the distoincisal angle is not as sharp as the mesoincisal angle. After the mammelons are worn away, the incisal edge of the maxillary central incisor is straight mesiodistally. The center of the incisal edge curves slightly downward in the center of the tooth. The cervical line, which is seen as the border between the crown and the root of the tooth, is closer to the apex of the root in the center of the tooth.
Another species noted for its divergent teeth is P. lutugini, where knowledge of the teeth mainly comes from isolated specimens. Known teeth are strongly bicarinate with a weak serration on both carinae. The carinae then divide the teeth into lingual and labial surfaces, with the lingual surface being more convex and large in comparison with the labial. The teeth have a slight posterior and medial recurvature and are noted for having smooth surfaces (which is different from other species of Prognathodon) except for minor wrinkles at the tips of the tooth crowns.
Graduated optimization is commonly used in image processing for locating objects within a larger image. This problem can be made to be more convex by blurring the images. Thus, objects can be found by first searching the most- blurred image, then starting at that point and searching within a less-blurred image, and continuing in this manner until the object is located with precision in the original sharp image. The proper choice of the blurring operator depends on the geometric transformation relating the object in one image to the other.
Greenstein G, Cavallaro J. _The relationship between biologic concepts and fabrication of surgical guides for dental implant placement_. Compendium 2007;28(4):130-137 When implants are placed too palatally or lingually due to aberrant anatomical landmarks, bone resorption or surgical error, it is wise to place the implant more apically to increase the available running room in order to allow for a more convex emergence profile and avoid a buccal ridge-lap of the prosthetic crown in fixed partial denture cases. Similarly, when narrower than normal implant connections are used, deeper placement may enhance one's ability to generate an optimal emergence profile.
In 1678, the , one of Germany's oldest newspapers, was founded. Friedrich Casimir was a member of the literary Fruitbearing Society. Several treaties were concluded with the Archdiocese of Mainz and the Bishopric of Würzburg, which were both administered by Johann Philipp von Schönborn in apersonal union, on the one hand resolving disputes which had arisen during the Thirty Years' War, on the other hand exchanging territories in order to make both countries more convex. To compensate for the loss of population of the war, he promoted immigration of Swiss people from the Bernese Oberland into the county of Hanau-Lichtenberg.
On the penultimate whorl, the number of rows of tubercles amounts to three and the suture is conspicuously crenulated by the keel, which rests on the body whorl. This whorl is adorned by 5 spiral rows of tubercles, of which the second from above is the smallest. Moreover, the keel is surmounted by short, conical, rather sharp spines of which 38 are visible, if seen from below. The base of the shell is nearly flat, more convex towards the aperture, with 7 spiral rows of beads on rounded lirae, and a row of stronger ones, bordering the umbilicus.
In their general morphology, the species of Carangoides are very similar to a number of other carangid genera, especially Caranx. They grow to a range of sizes, most attaining a length less than , but with the largest fish of the genus reaching at least 1 m and over 65 kg in weight. They have a relatively deep, compressed body, with the dorsal profile usually far more convex than the ventral, with a tapering posterior. The dorsal fin is in two parts, the first consisting of spines, and the second of one or two spines followed by a number of soft rays.
53) which she attempts to hold away from her son, the contents of which probably foretell his future sacrifice and his taking over himself the evil of the world. She looks over her left shoulder onto a scroll being read by a pair of angels; this is likely to be the scroll reading Ecce Agnus Dei ('Behold the Lamb of God'), usually an attribute of John the Baptist. The figures are arranged as if in a frieze, revealing Michelangelo's sculptor's mindset. The frieze becomes more convex at its centre with the figures of Virgin and Child, as in the later Pitti Tondo.
The tille trevally is a large species, growing to a maximum known length of 80 cm and a recorded weight of 7.3 kg. It is similar in general appearance to most jacks in the genus, having a compressed, oblong body, with the dorsal profile more convex than the ventral profile, particularly anteriorly. This curvature gives the fish a discernibly 'blunt' head and steep snout, which is the most obvious identifying feature of the species. The dorsal fin is in two distinct sections; the first consists of eight spine and the second of one spine and 20 to 22 soft rays.
Although the size of clusters might affect the magnitude of relative homophily. A higher level of homophily can be associated to a more convex cumulative degree distribution instead of a concave one. Although not as salient, the link density of the network might also lead to short-term, localized deviations in the shape of the distribution. In the development of the shape of the cumulative degree distribution curve the effects of the link structure of existing nodes (among themselves and with new nodes) and homophily work against each other, with the former leading to concavity and homophily causing convexity.
Illustration of the cocinero The cocinero is a relatively small species in comparison with most species of Caranx, reaching a known length of 37 cm. The species has a fairly similar body profile compared to the members of this genus, having a relatively deep, compressed-ovate form, although its body is slightly more elongated than the other species. The dorsal profile is slightly more convex than the ventral profile, particularly anteriorly, with the snout slightly pointed. The dorsal fin is in two distinct parts, the first consisting of eight spines, while the second has one spine and 22 or 24 soft rays.
Both species of Chloroscombrus are small- to medium-sized fishes, growing to maximum known lengths of around 30 cm (C. orqueta) and 65 cm (C. chrysurus). The genus is easily distinguished among most of the other carangid genera, although the bigeye scad, Selar crumenophthalmus, may be confused with the Pacific member of the genus. The distinguishing features of the genus include a more convex ventral profile than the dorsal profile, giving a very rounded underside appearance, a distinct black saddle on the upper part of the caudal peduncle, a small oblique mouth and a relatively small pupil diameter.
The dusky upper caudal fin lobe is a distinctive feature. It is similar in general appearance to most jacks in the genus, having a compressed, oblong body, with the dorsal profile more convex than the ventral profile, particularly anteriorly. The dorsal fin is in two distinct parts; the first consisting of eight spines and the second of one spine and 21 to 23 soft rays. The anal fin consists of two anteriorly detached spines followed by one spine and 16 to 19 soft rays, while the pelvic fins have one spine followed by 19 to 20 soft rays.
The height of the lacrimal, which bordered the front of the eye socket, also implies that Kenomagnathus had large eyes. The tooth-bearing bottom margin of the maxilla in Kenomagnathus was more convex than "H." garnettensis, and is unique in that it lacked a concave region (or "precanine step"). Another distinguishing characteristic is the diastema, a toothless region spanning the width of three teeth at the front of the maxilla, where the bone noticeably thinned and could not have borne tooth sockets. Behind the diastema were two precanine teeth, two large canine teeth, and at least fourteen post-canine teeth (eleven being preserved).
Rauhut doubted this interpretation in 2011, stating that MB R 1084 has more similarities than differences with Ceratosaurus? stechowi teeth, like the rounded cross section, only marginal curvature of the crown, a more convex lingual than labial side, and similar size and shape of the denticles. Thus, according to his analysis, only the ridge count and distribution were left as unique to MB R 1084. Rauhut noted that though baryonychines also have ridges on either side of their teeth, they are usually most developed at the rear of the tooth, whereas MB R 1084 lacks ridges on that side.
The load per 1 cm2 of the supporting surface of the beech marten's foot (30.9 g) is double that of the pine marten (15.2 g), thus it is obliged to avoid snowy regions. Its skull is similar to that of the pine marten, but differs in its shorter facial region, more convex profile, its larger carnassials and smaller molars. The beech marten's penis is larger than the pine marten's, with the bacula of young beech martens often outsizing those of old pine martens. Males measure 430–590 mm in body length, while females measure 380–470 mm.
The valves widen slightly at the front end, forming a narrow opening (or gape), through which water is pumped in at the sides and out from the middle. The ventral valve is slightly longer and slightly more convex. The margin of the valves is fringed by chitinous tan colored bristle (or chaetae), short at the side of the valves, but much longer at the front where they assist in keeping open the access of the body cavity to the outside water. In death, the gape is closed and the bristles may be absent or short as they become brittle and darker in color when dry.
An airfoil with camber compared to a symmetrical airfoil The maximum lift force that can be generated by an airfoil at a given airspeed depends on the shape of the airfoil, especially the amount of camber (curvature such that the upper surface is more convex than the lower surface, as illustrated at right). Increasing the camber generally increases the maximum lift at a given airspeed.Clancy (1975), Section 5.2Abbott, and von Doenhoff (1958), Section 4.2 Cambered airfoils will generate lift at zero angle of attack. When the chord line is horizontal, the trailing edge has a downward direction and since the air follows the trailing edge it is deflected downward.
Compressed tablets can be round, oblong, or unique in shape; thick or thin; large or small in diameter; flat or convex; unscored or scored in halves, thirds, or quadrants; engraved or imprinted with an identifying symbol and/or code number; coated or uncoated; colored or uncolored; one, two, or three layered. Tablet diameters and shapes are determined by the dies and punches used in compression. The less concave the punches, the flatter the tablets; conversely, the more concave the punches, the more convex the resulting tablets. Punches with raised impressions produce recessed impressions on the tablets; punches with recessed etchings produce tablets with raised impressions or monograms.
The yellow fins and black caudal fin tip are characteristic of the speciesThe blacktip trevally is a large fish, growing to a maximum recorded size of 1 m in length and 12.5 kg in weight. It is similar to most other jacks in having a compressed, oblong body, with the dorsal profile much more convex than the ventral profile, particularly anteriorly. The dorsal fin is in two distinct sections; the first consisting of 8 spine and the second of 1 spine and 19 to 21 soft rays. The anal fin consists of 2 anteriorly detached spines followed by 1 spine and 15 to 17 soft rays.
A Yellow Jack caught by a recreational fisherman The yellow jack shows the typical body profile of the genus Carangoides, having a moderately deep, compressed elongate shape, with the dorsal profile slightly more convex than the ventral profile. It is a large fish, growing to a known maximum length of , although more common seen below , and a maximum weight of . The dorsal profile of the head is slightly curved from the snout to the nape, with the eye having a moderately well developed adipose eyelid. One of the major diagnostic features is that the upper jaw does not reach to the interior margin of the eye.
Duashnoceras is an extinct ammonoid cephalopod genus included in the Stephanoceratidae that lived during the Bathonian stage of the Middle Jurassic. Duashnoceras was established by Westermann in 1983, based on Stephanoceras floresi Burchhardt (1927) and originally placed in the Bathonian Zigzagiceratinae as a sugenus of Zigzagiceras but returned to the Stephanoceratidae by Westermann in 1984 Duashnoceras is a stephanoceratid of variable size; evolute with a very slight uncoiling of the last whorls. Juvenile whorls are depressed subtrapezoidal to subrectangular in section, with slightly convex flanks, arched venter, and well defined ventrolateral shoulders. With further growth the whorl section becomes more elliptical to subcircular with flanks more convex and without ventrolateral shoulders.
An anglers catch of imposter trevallyThe imposter trevally is a relatively small species, growing to a maximum known length of 30 cm, still making it small compared to many of its relatives. The overall shape of the fish is similar to most of the other species in Carangoides, having a strongly compressed almost ovate body, with the dorsal profile somewhat more convex than the ventral. This asymmetry is due to the dorsal profile of the head being strongly elevated to the nape. The dorsal fin is in two distinct sections; the first consisting of 8 spines and the second of 1 spine and 20 to 23 soft rays.
The Pacific crevalle jack is distinguished by yellow anal and caudal fins The Pacific crevalle jack is a relatively large fish, growing to a maximum recorded size of 101.6 cm in length and 19.7 kg in weight. It is similar to most other jacks of the genus Caranx, having a moderately deep and compressed, oblong body, with the dorsal profile more convex than the ventral profile, particularly anteriorly. The dorsal fin is in two distinct sections; the first consisting of eight spine and the second of one spine and 19 to 21 soft rays. The anal fin consists of two anteriorly detached spines followed by one spine and 16 to 17 soft rays.
The bigeye trevally is one of the larger members of Caranx, growing to a maximum recorded size of 120 cm in length and 18.0 kg in weight. It is similar to most other jacks in having a compressed, oblong body, with the dorsal profile slightly more convex than the ventral profile, particularly anteriorly. The snout is slightly pointed, and is greater in length than the eye diameter. The dorsal fin is in two distinct sections; the first consisting of 8 spine and the second of 1 spine and 19 to 22 soft rays. The anal fin consists of 2 anteriorly detached spines followed by 1 spine and 14 to 17 soft rays.
Several crevalle jacks over a reef in Florida The crevalle jack is one of the largest members of Caranx, growing to a known maximum length of 125 cm and a weight of 32 kg, although it is generally uncommon at lengths greater than 65 cm. Unverified reports of fish over 150 cm may also be attributable to this species. The crevalle jack is morphologically similar to a number of other deep-bodied carangids, having an elongate, moderately compressed body with the dorsal profile more convex than the ventral profile, particularly anteriorly. The eye is covered by a well- developed adipose eyelid, and the posterior extremity of the jaw is vertically under or past the posterior margin of the eye.
The stripes of the body whorl are continued over the obtuse periphery upon the base, where they become narrower, often bifurcate, and are zigzag. The sculpture above is like that of Trochus maculatus, the rows of granules about five or six on each whorl and the lower ones compressed and narrow. There is, besides, a fine, superficial, secondary sculpture of slightly oblique longitudinal minute wrinkles, which are continued over the periphery upon the base, forming there a finely shagreened pattern by the intersection of fine incremental stride. The base of the shell is rather more convex than in the typical Trochus maculatus, and its outer portion is nearly free from spiral line.
Sharpirhynchia sharpi has a small shell, subtrigonal to transverse or laterally elongate in adults; unequally biconvex, dorsal valve more convex than ventral one, subglobose in profile. Lateral commissures oblique ventrally; anterior commissure narrowly uniplicate; linguiform extension developed variably, generally low and U-shaped. No clear sulcation on dorsal umbone. Beak relatively long, acute, and suberect, with slightly incurved tip in adult; foramen big, oval, hypothyridid, with well developed rim; deltidial plates narrow, disjunct to just conjunct; beak ridges subangular; interareas small, but well defined and slightly concave, with fine and clear transverse lines. Ventral valve moderately convex; sulcus shallow and wide, well separated from slopes and with rounded bottom, occurring at posterior 1/3 to 1/2 of valve.
His reporting was somewhat controversial in Russia, as he was often accused of siding with the Chechen rebels. Babitsky once said: > One must say that the Chechens cut throats of soldiers not because they are > sadists inclined to treat them with brutality, but in order to make the war > more convex, visible, vivid, to reach the public and to explain that a war > is actually going on, scary and cruel. However, according to Mario Corti, head of RFERL, Russian service, Babitsky has not shied away from reporting Chechen atrocities and was the first Russian journalist to put the blame for the death of the American disaster relief specialist Fred Cuny on a Chechen warlord.Andrew Meier.
Smaller gorgonopsians, such as Cyonosaurus (which may actually represent a juvenile of a different species), had gracile skulls and sabres, and may have acted much like jackals and foxes. Bigger gorgonopsians, such as Gorgonops, had long robust snouts with strongly flared cheeks, which would have supported strong pterygoids and a powerful KI bite. The medium-size Arctognathus had a box-like skull and resultantly powerful snout, which would have allowed strong bending and torsion movements, and a combination of both KI and SP bite elements. Even bigger gorgonopsians, such as Arctops, had a shorter and more convex snout like the earlier sphenecodont Dimetrodon, and would have been able to rapidly clamp the jaws shut from a wide gape (which would have been necessary given the long canines).
The longfin crevalle jack is large species, growing to a maximum recorded size of 53 cm as measured by Smith-Vaniz and Carpenter in their description. Discussion on the angling merits of the species in the same publication indicate that the species grows significantly larger, recorded up to 127 cm by anglers mistaking it for C. hippos. It has a body profile similar to most of the large species in Caranx, possessing a strongly compressed approximately oblong form. The dorsal profile is much more convex than the ventral profile, with the caudal peduncle quite slender. The dorsal fin is in two parts, the first consisting of 8 spines and the second of 1 spine followed by 21 to 24 soft rays.
McCulloch The duskyshoulder trevally is one of the smallest fish in the genus Carangoides, reaching only 27 cm in length. The species is similar to other jacks in its overall body profile, having a compressed ovate to oblong shape, with the dorsal profile more convex than the ventral profile. The head profile is gently sloping and slightly convex, with large males having a distinct bulge that is absent in females and juveniles of both sexes. Both of the jaws contain anteriorly widening bands of small villiform teeth, with older individuals also having a number of larger outer teeth. Two separate dorsal fins occur, the first consisting of eight spines and the second of one spine and 20 to 22 soft rays.
The feet are five-toed, with large strong claws; the soles are bare, and applied to the ground throughout the whole of their length; the hind ones are longer than the fore. In general build the binturong is essentially like Paradoxurus and Paguma but more massive in the length of the tail, legs and feet, in the structure of the scent glands and larger size of rhinarium, which is more convex with a median groove being much narrower above the philtrum. The contour hairs of the coat are much longer and coarser, and the long hairs clothing the whole of the back of the ears project beyond the tip as a definite tuft. The anterior bursa flap of the ears is more widely and less deeply emarginate.
Convex Grinds One way around this dilemma is to use the blade at an angle, which can make a blade's grind seem less steep, much as a switchback makes a trail easier to climb. Using the edge in this way is made easier by introducing a curve in the blade, as seen in sabers, tulwars, shamshirs, and katanas, among many others. Some old European swords (most memorably Hrunting) and the Indonesian style of kris have a wavelike shape, with much the same effect in drawing or thrusting cuts. When speaking of Japanese edged weapons, the term refers to the grind of the blade: an edge with more niku is more convex and/or steep and therefore tougher, though it seems less sharp.
The black jack has characteristic black fins and scutesThe black jack is a large fish, and is confidently known to grow to a length of 1 m and a weight of 17.9 kg, although is more common at lengths under 70 cm. At least one source asserts a fish of 2.21 m has been reported, which if true would make the black jack the second largest species of carangid behind the yellowtail amberjack (2.5 m). The black jack has a similar overall body shape to the other members of Caranx, having an oblong, compressed form, with the dorsal profile more convex than the ventral profile. This convexity is most pronounced at the head, which slopes steeply downwards, giving the head profile a very angular appearance.
A darker-pigmented individual The blue trevally is a moderately large fish, growing to a recorded maximum length of 70 cm and a weight of 8 kg. The species is similar in general morphology to a number of other trevallies in the genus Carangoides, having a compressed, oblong body, with the dorsal profile more convex than the ventral profile. Unlike most of the Carangoides, however, the blue trevally's snout is bluntly rounded, resembling the snouts of the pompanos of the genus Trachinotus and the lips of adults are notably fleshy. Two separate dorsal fins are found, the first having eight spines, while the second consists of one spine and 26 to 34 soft rays; more than any other species in Carangoides.
The short, sharply curved front section of the lateral line and blue spots distinguish the species The bluespotted trevally is a moderately large fish, growing to a known maximum length of 66 cm. It has a body shape characteristic of many of the larger species of Caranx, possessing a strongly compressed, oblong form with the dorsal profile, particularly anteriorly, much more convex than the ventral profile. The dorsal fin is in two distinct sections, the first consisting of eight spines while the second has one spine and 18 or 19 soft rays. The anal fin consists of two detached spines anteriorly followed by one spine and 15 to 17 soft rays, while the pelvic fin has 1 spine followed by 18 soft rays.
The bluefin trevally is a large fish, growing to a maximum known length of 117 cm and a weight of 43.5 kg, however it is rare at lengths greater than 80 cm. It is similar in shape to a number of other large jacks and trevallies, having an oblong, compressed body with the dorsal profile slightly more convex than the ventral profile, particularly anteriorly. This slight convexity leads to the species having a much more pointed snout than most other members of Caranx. The dorsal fin is in two parts, the first consisting of 8 spines and the second of 1 spine followed by 21 to 24 soft rays. The anal fin consists of 2 anteriorly detached spines followed by 1 spine and 17 to 20 soft rays.
A school of Pacific crevalle jack, Caranx caninus in Panama The species in the genus Caranx are all moderately large to very large fishes, growing from around 50 cm in length to a known maximum length of 1.7 m and 80 kg in weight; a size which is only achieved by the giant trevally, Caranx ignobilis, the largest species of Caranx. In their general body profile, they are similar to a number of other jack genera, having a deep, compressed body with a dorsal profile more convex than the ventral. The dorsal fin is in two parts, the first consisting of 8 spines and the second of one spine and between 16 and 25 soft rays. The anal fin has one or two detached anterior spines, with 1 spine and between 14 and 19 soft rays.
Carangoides coeruleopinnatus The coastal trevally is similar in body to most other jacks, having a nearly ovate, strongly compressed body, with the dorsal profile more convex than the ventral profile, with a moderately curved nape. It is moderately large, growing to a recorded maximum of 40 cm, although more commonly seen at around 25 cm. The dorsal fin is divided into two distinct sections, the first consisting of 8 spines, with the second consisting of a single spine followed by 20 to 23 soft rays. The lobe of the second dorsal fin is filamentous in juveniles, becoming shorter with age until at the adult stage, the lobe is shorter than the head length and the anal fin lobe. The anal fin consists of 2 detached spines followed by 1 spine anterior to 16 to 20 soft rays.
Skull of the cimolodontan multituberculate Ptilodus, showing the large fourth lower premolar (in the lower jaw, behind the incisor) The single known example of Argentodites is a blade-like fourth lower premolar (p4). It has a length of 4.15 mm, height of 2.10 mm, and width of 1.35 mm. The crown is nearly complete, but the roots are largely missing. Kielan-Jaworowska considered two possible orientations of the tooth—one with the back margin nearly vertically, and the other with the margin inclined backward—but preferred the former, which made for more natural placement of the roots. Although the left and right sides of the tooth are almost identical, they believed the tooth is most likely a left p4, as this would make the lingual (inner) side the more convex one, as is usual in the p4 of cimolodontan multituberculates with a large p4.
The bumpnose trevally is one of the smaller members of the genus Carangoides, growing to a known maximum of 32 cm in length. It is quite similar in appearance to a number of co-occurring trevallies, especially C. armatus and Atropus atropos, with the simplest identifying feature being the distinct break in the contour ('bump') of the interorbital region, which becomes more pronounced with increasing size. The body is compressed and deep, with the head profile very steep in adults, leading to a more convex dorsal profile in comparison to the ventral profile. The dorsal fin is in two sections, the first consisting of eight spines while the second has one spine and between 20 and 22 soft rays. The anal fin has two anteriorly detached spines followed by 1 spine and 16 to 18 soft rays, while the pelvic fin has one spine and 18 soft rays.
A juvenile golden trevally displaying the prominent dark bands The golden trevally is a relatively large fish, growing to a maximum recorded size of 120 cm (47 in) in length and 15.0 kg in weight. It is similar to most other trevallies and jacks in having a compressed, oblong body, with the dorsal profile slightly more convex than the ventral profile, particularly anteriorly. The species' mouth is one of its defining features; the mouth is highly protractile and fleshy, with specimens greater than 90 mm having no teeth on the jaws, vomer or tongue. Smaller individuals have a series of small villiform teeth in both jaws. The dorsal fin is in two parts, the first with 7 spines, the second with 1 spine and 18 to 20 soft rays. The anal fin has 2 detached spines followed by 1 spine and 15 to 17 soft rays, while the pelvic fin consists of 1 spine and 19 to 20 soft rays.
In 2006, Streinu won the Grigore Moisil Award of the Romanian Academy for her work with Ciprian Borcea using complex algebraic geometry to show that every minimally rigid graph with fixed edge lengths has at most 4n different embeddings into the Euclidean plane, where n denotes the number of distinct vertices of the graph.. In 2010, Streinu won the David P. Robbins Prize of the American Mathematical Society for her combinatorial solution to the carpenter's rule problem. In this problem, one is given an arbitrary simple polygon with flexible vertices and rigid edges, and must show that it can be manipulated into a convex shape without ever introducing any self-crossings. Streinu's solution augments the input to form a pointed pseudotriangulation, removes one convex hull edge from this graph, and shows that this edge removal provides a single degree of freedom allowing the polygon to be made more convex one step at a time... In 2012 she became a fellow of the American Mathematical Society.List of Fellows of the American Mathematical Society, retrieved 2013-08-05.
E.D. display) "Miles-to-Empty" fuel indicator (which replaced the standard "Low Fuel" warning light unit in its location within the instrument panel below the fuel gauge), new Wire Wheel Covers (non-locking), a fully integrated Garage Door Opener control (built into the lower edge of the driver's side illuminated visor-vanity mirror), a new driver's side outside mirror-mounted Illuminated Thermometer, as well as Ford's new 40-channel CB radio with fully integrated hand-held microphone and controls, which also included a new, integrated tri-band (AM/FM/CB) power antenna - in place of the standard issue (AM/FM) power antenna. Also new, (for 1978 only), were slightly revised standard Luxury wheel covers, with fewer ribs along the outside diameter of a slightly more-convex/bulging brushed center portion of the wheel cover. This wheel cover style would then only appear one more time - on the downsized 1980 Lincoln Continental and Town Car and Town Coupé models. 1978 also marked Ford's first usage of (the short- lived; 1978–79) electro-mechanical seat belt warning chimes, available, and standard only on Diamond Jubilee Edition.

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