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41 Sentences With "scatterings"

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

How could they, since they are truly random scatterings of stars?
His scatterings of disparate props become more emphatic, as do expanses of raw canvas.
There's dobro too, etching its earthiness into songs, along with some sparse scatterings of mandolin.
Personified by Hindus as the goddess Ganga, the river is the site of thousands of cremations and ash scatterings every day.
Elsewhere, delicate steel train tracks, resting on pieces of ginger root or glazed ceramic feet, traverse dry, desert-like scatterings of Chia seeds.
I've never been one to take the time to write in a journal, but I'll post so I remember all those journeys, all those scatterings.
Micah: Well, one thing is in common between the Dark Army, the FBI, and the remaining scatterings of F society: they all use Signal for encrypted messages and calls.
The earliest paintings indicate Mr. Hockney's attention to Abstract Expressionism and Bacon's figurative scrums and his penchant for scatterings of numbers, texts and product labels that presage Pop Art.
But after some hunting through the nearby parking lot—surrounded, I should say, by multistory residential developments but only scatterings of retail—I saw what I was really hoping for.
Ads for the upcoming Lady Gaga showed, and a Game of Thrones fandom event sat awkwardly among the scatterings of Christian organizations promoting their ministries, like Focus on the Family.
THERE ARE SCATTERINGS of forest kindergartens in the U.S. as well as in the U.K. Even in Japan and South Korea, where education is famously strict, waldkitas are becoming increasingly popular.
Convex castings of earrings push through the cast-relief plane to disrupt the uniformity of concave works, arrangements become loose scatterings, until, finally, the slangy clusters of chickenheads and gold fronts emerge.
At MoCA Cleveland, a pairing of Eugene von Bruenchenhein's uniquely odd paintings of undersea glass towers with the Georgia-born painter Walter Price's densely colored scatterings of fractured imagery walks the line between dream and nightmare.
There are other things about Montrose, tiny things, that remind me it's possible to live a multiplicity of lives: the hooting from the bars on Stanford; the slapping of palms at the center of a joke on Hyde Park; the beginning of a fight on Whitney; the friction of being outside and within a crowd on Hopkins; the crack of beer bottles falling on Crocker; the shriek of a thundering "BITCH!" outside of Blur, with the understanding that the word is not a weapon; scatterings of Spanish; walking past couples by Ripcord, and scatterings of Vietnamese; walking past couples by Eagle; and whispers from one ear to another on the porch of George, not really hearing them but knowing that they're warm.
Some of the works in this show (her first at this gallery) experiment with a slightly bigger scale but continue to use a Bess-like vocabulary of amoebic splotches and short parallel marks, given added interest by Ms. Baras's stuffed, dented and punctured surfaces and by the little talismanic objects glued to them (slivers of wood, scatterings of pebbles).
From the beginning of this revolution I, along with every other Sudanese person I know both inside Sudan and along scatterings of the diaspora, went thru so many emotions ranging from pure elation to pure fear and trepidation and all landed at a place of wondering who as a people are we, and what do we stand for?
A high energy particle undergoing multiple soft scatterings from a medium will experience interference effects between adjacent scattering sites. From uncertainty as the longitudinal momentum transfer gets small the particles wavelength will increase, if the wavelength becomes longer than the mean free path in the medium (the average distance between scattering sites) then the scatterings can no longer be treated as independent events, this is the LPM effect. The Bethe–Heitler spectrum for multiple scattering induced radiation assumes that the scatterings are independent, the quantum interference between successive scatterings caused by the LPM effect leads to suppression of the radiation spectrum relative to that predicted by Bethe–Heitler. The suppression occurs in different parts of the emission spectrum, for quantum electrodynamics (QED) small photon energies are suppressed, and for quantum chromodynamics (QCD) large gluon energies are suppressed.
Fluorescent materials absorb short-wavelength light and re-emit light at longer wavelengths. Due to the many scatterings this effect is much more pronounced in an integrating sphere than for materials irradiated normally.
If two particles approach closely and scatter off at an angle, they will no longer recycle into the storage area. It is easy to show that the loss rate from such scatterings is far greater than the fusion rate. Several attempts have been made to address this scattering problem.
The tilting columns reach up through the building and also support the roof. The museum structure resembles an enormous ship, with sloping walls and asymmetric scatterings of windows, and the interior, with its angular columns and exposed steel roof framework, gives the illusion of being inside a working vessel or laboratory.
The dual resonance model was based upon the observation that the amplitudes for the s-channel scatterings matched exactly with the amplitudes for the t-channel scatterings among mesons and also the Regge trajectory. It began with the Euler beta function model of Gabriele Veneziano in 1968 for a 4-particle amplitude which has the property that it is explicitly s–t crossing symmetric, exhibits duality between the description in terms of Regge poles or of resonances, and provides a closed-form solution to non-linear finite-energy sum rules relating s- and t- channels. The Veneziano formula was quickly generalized to an equally consistent N-particle amplitude for which Yoichiro Nambu,Nambu, Y. (1970). "Quark model and the factorization of the Veneziano amplitude." In R. Chand (ed.), Symmetries and quark models (pp. 269–277).
The measurement was in excellent agreement with the prediction. In a series of publications in which two pairs of jets or photons stemming from two independent scatterings of quarks and gluons within a single proton-antiproton encounter were observed, the pattern of these rates indicated that the spatial extent of gluons within the proton is smaller than that for quarks.
At energies beyond 100 keV, photons ionize matter increasingly through the Compton effect, and then indirectly through pair production at energies beyond 5 MeV. The accompanying interaction diagram shows two Compton scatterings happening sequentially. In every scattering event, the gamma ray transfers energy to an electron, and it continues on its path in a different direction and with reduced energy.
This defined the essential characteristic of "exclusivism" which he pursued for the rest of his life. The Exclusive Brethren experienced many subsequent splits, scatterings, and recombinations. The Open Brethren also suffered one split (concerning the autonomy of assemblies) which occurred at different times in different parts of the world. Nevertheless, both the Exclusive and the Open Brethren continued to expand their congregations, with the opens expanding more rapidly than the exclusives.
The diffuson is a mathematical object, which often appears in the theory of disordered electronic systems (a part of condensed matter physics). In a disordered system, the motion of an electron is not ballistic, but diffusive: i.e., the electron does not move along a straight line, but experiences a series of random scatterings off of impurities. This random motion (diffusion) is described by a differential equation, known as the diffusion equation.
Framingham's economy is predominantly derived from retail and office complexes. There are scatterings of small manufacturing facilities and commercial services such as plumbing, mechanical and electrical expected to be found in communities of its size. Framingham has three major business districts within the city, The "Golden Triangle", Downtown/South Framingham, and West Framingham. Additionally, there are several smaller business hubs in the villages of Framingham Center, Saxonville, Nobscot, and along the Route 9 corridor.
The detection efficiency for electrons is essentially 100% for most scintillators. But because electrons can make large angle scatterings (sometimes backscatterings), they can exit the detector without depositing their full energy in it. The back-scattering is a rapidly increasing function of the atomic number Z of the scintillator material. Organic scintillators, having a lower Z than inorganic crystals, are therefore best suited for the detection of low-energy (< 10 MeV) beta particles.
The reservoir is situated in a glacier carved valley at an elevation of . Prior to flooding, a smaller lake of approximately and deep existed in the valley. The lake was fed by three streams, Kibbie Creek, Eleanor Creek, and Frog Creek. Before being clearcut, the valley floor was moderately to densely forested with a yellow pine forest consisting primarily of Jeffrey and ponderosa pines, with scatterings of incense cedar, white fir, and black oak.
The Mormons are an American punk rock band formed in 1998 in Los Angeles. The band's influences include Devo, Minor Threat, Screeching Weasel, Bad Brains and Talking Heads. Although no band members are members of the LDS Church, they wear outfits inspired by Mormon missionaries: bicycle helmets, backpacks, stud belts, Dickies, scatterings of facial hair and thrift store ties. The Mormons have been featured in The Salt Lake TribuneCulture Vulture: Mormons 'rock out correctly', Salt Lake Tribune and L.A. Alternative.
Hence, axions could plausibly explain the dark matter problem of physical cosmology. Observational studies are underway, but they are not yet sufficiently sensitive to probe the mass regions if they are the solution to the dark matter problem. High mass axions of the kind searched for by Jain and Singh (2007) would not persist in the modern universe. Moreover, if axions exist, scatterings with other particles in the thermal bath of the early universe unavoidably produce a population of hot axions.
Valeriote was initially selected as the Liberal candidate in the 2008 Guelph by-election, following the resignation of Brenda Chamberlain from the House of Commons. However, the issuance of writs for the 2008 federal election pre-empted the Guelph by-election. On election day, Valeriote defeated the Conservative candidate, longtime city councillor Gloria Kovach, by less than 1,800 votes. In 2011, he was re-elected, with 25,574 votes (43.37%), to 19,252 (32.65%) for Conservative Marty Burke, 9,836 (16.68%) for New Democrat Bobbi Stewart, 3,711 (6.29%) for Green John Lawson, and scatterings for four other candidates.
The effect is quantum- mechanical in nature and has the following origin: In a disordered electronic system, the electron motion is diffusive rather than ballistic. That is, an electron does not move along a straight line, but experiences a series of random scatterings off impurities which results in a random walk. The resistivity of the system is related to the probability of an electron to propagate between two given points in space. Classical physics assumes that the total probability is just the sum of the probabilities of the paths connecting the two points.
Several sub-types of the Western dialect exist or appear to be currently in formation. A trend evident particularly in some speakers from the Salt Lake City, Utah and Flagstaff, Arizona areas, as well as in some Californian and New Mexican English, is the completion of, or transition towards, a full–fool merger. This may be related to scatterings of Western speakers, such as some Utah speakers, generally producing lax pronunciations of the tense vowels before , including before front vowels, such as pronouncing "sale" as "sell" or "milk" as "melk" .
In autumn the slopes turn red with fruits of hawthorn (Crataegus) and dog rose (Rosa canina), with leaves of gatten-tree (Euonymus europaeus) and barberry (Berberis vulgaris); they turn motley with apricot and ash tree colour gamma. Great amount of medicinal plants also attracts. Majestic stone scatterings are adorned with mosses and lichens from early spring till late autumn. Only on the territory of RLP, in Tchorsivsky park, in the former estate of the Tropinins you can see aged European ashes (Fraxinus excelsior), elm trees (Ulmus laevis), black locusts (Gleditschia triacanthos) and embrace three together centennial black poplars (Populus nigra).
Joining with Modou Toure, Goose and Palmer formed the band Coconut Revolution; an album is expected in early 2013 from Coconut Revolution. In 2012 Goose started working on the Desert Rock, a unique musical project which evolved after he travelled to the Sahara and Dakar, combining his love of Berber and Mandinka rhythms and melodies with blues rock. In the summer of 2014 Goose showcased his new band, World Scatterings, which consists of a cast of musicians from around the world, drawing on elements of blues, folk and African music rhythms. In 2014 Goose will release his new album, Blues & Spirituals, on Acoustic Music Records.
"Can a ball be decomposed into a finite number of point sets and reassembled into two balls identical to the original?" The Banach–Tarski paradox is a theorem in set-theoretic geometry, which states the following: Given a solid ball in 3‑dimensional space, there exists a decomposition of the ball into a finite number of disjoint subsets, which can then be put back together in a different way to yield two identical copies of the original ball. Indeed, the reassembly process involves only moving the pieces around and rotating them without changing their shape. However, the pieces themselves are not "solids" in the usual sense, but infinite scatterings of points.
Among his various publications (237 papers as of January 2014), his most famous work is the first determination of the QCD coupling αs from hadronic heavy lepton τ-decays where the running of αs from the τ-mass until the Z-boson mass demonstrates its 1/log Q^2 behavior predicted by asymptotic freedom. He has contributed to the definition of the running and invariant quark masses in QCD and on the tests of the gluonium/glueball nature of the scalar meson σ/f0(500) using QSSR, ππ and γγ scatterings data. His important estimates of the light and references therein. and heavy and references therein.
There are also scatterings of commercial and mixed use buildings on interior intersections. During the 1990s through the present, the neighborhood has been reversing a slow decline with the widespread rehabilitation of residential, commercial, and mixed use structures. The Grand Boulevard business district on the eastern flank of the neighborhood was the first urban business district in the neighborhood to see rehabilitation and new pedestrian scale construction. After 2000, the smaller Morganford Road business district on the west side of the neighborhood has also seen substantial reinvestment in the form of new restaurants, bars, retail, and a neighborhood scale storefront grocery store, specializing in Natural foods and locally grown foods.
Caravans at the Noosa River Caravan Park, 2007 Occupying of waterfront land off Russell Street at Noosaville, the Noosa River Caravan Park is a green and leafy site with grassed areas and scatterings of trees, shrubs and hedges on the sandy river front at Munna Point. Bounded by the Noosa River to the northwest and Weyba Creek to the northeast, the park offers expansive views up and down the Noosa River and across to Noosa Sound. The park offers powered and unpowered van and tent sites, river front beaches and a day picnic area. Facilities include a large open camp kitchen shed, a boat ramp access to Noosa River and two masonry amenities blocks.
Jack also remembers occasional groups of Aboriginal people coming to Portland to hold corroborees for the town's people.NBRS&P;, 10 The National Parks & wildlife Service register lists 19 Aboriginal sites in the immediate area of Portland, typically rock shelters or expanses of rock with archaeological deposits and sometimes with art and / or axe-grinding grooves, open sites with scatters of stone artefacts and carved trees. In 1982 two sites containing scatterings of stone artefacts were discovered in East Portland during an archaeological survey of the Ivanhoe Colliery for Blue Circle Southern Cement Ltd but these sites were not conserved for various reasons. There have been no Aboriginal sites associated with the Portland Cement Works and Quarries Site.
In 1934, Mark Oliphant, Paul Harteck and Ernest Rutherford were the first to achieve fusion on Earth, using a particle accelerator to shoot deuterium nuclei into a metal foil containing deuterium or other atoms. This allowed them to measure the nuclear cross section of various fusion reactions, and determined that the deuterium–deuterium reaction occurred at a lower energy than other reactions, peaking at about 100,000 electronvolts (100 keV). Accelerator-based fusion is not practical because the reaction cross section is tiny; most of the particles in the accelerator will scatter off the fuel, not fuse with it. These scatterings cause the particles to lose energy to the point where they can no longer undergo fusion.

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