FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1873647057> ?p ?o ?g. }

• W1873647057 abstract "A growing number of shock compression experiments, especially those involving laser compression, are taking advantage of in situ x-ray diffraction as a tool to interrogate structure and microstructure evolution. Although these experiments are becoming increasingly sophisticated, there has been little work on exploiting the textured nature of polycrystalline targets to gain information on sample response. Here, we describe how to generate simulated x-ray diffraction patterns from materials with an arbitrary texture function subject to a general deformation gradient. We will present simulations of Debye-Scherrer x-ray diffraction from highly textured polycrystalline targets that have been subjected to uniaxial compression, as may occur under planar shock conditions. In particular, we study samples with a fibre texture, and find that the azimuthal dependence of the diffraction patterns contains information that, in principle, affords discrimination between a number of similar shock-deformation mechanisms. For certain cases we compare our method with results obtained by taking the Fourier Transform of the atomic positions calculated by classical molecular dynamics simulations. Illustrative results are presented for the shock-induced $alpha$-$epsilon$ phase transition in iron, the $alpha$-$omega$ transition in titanium and deformation due to twinning in tantalum that is initially preferentially textured along [001] and [011]. The simulations are relevant to experiments that can now be performed using 4th generation light sources, where single-shot x-ray diffraction patterns from crystals compressed via laser-ablation can be obtained on timescales shorter than a phonon period." @default.
• W1873647057 created "2016-06-24" @default.
• W1873647057 creator A5012154745 @default.
• W1873647057 creator A5038810333 @default.
• W1873647057 creator A5041118628 @default.
• W1873647057 creator A5041875872 @default.
• W1873647057 creator A5050180848 @default.
• W1873647057 date "2015-08-11" @default.
• W1873647057 modified "2023-10-18" @default.
• W1873647057 title "Simulations of <i>in situ</i> x-ray diffraction from uniaxially compressed highly textured polycrystalline targets" @default.
• W1873647057 cites W1020601848 @default.
• W1873647057 cites W1895865515 @default.
• W1873647057 cites W1966459842 @default.
• W1873647057 cites W1973663499 @default.
• W1873647057 cites W1974547530 @default.
• W1873647057 cites W1978384306 @default.
• W1873647057 cites W1978480104 @default.
• W1873647057 cites W1983170281 @default.
• W1873647057 cites W1984638001 @default.
• W1873647057 cites W1986208924 @default.
• W1873647057 cites W1986976534 @default.
• W1873647057 cites W1987460410 @default.
• W1873647057 cites W1990136197 @default.
• W1873647057 cites W1992381862 @default.
• W1873647057 cites W1992580485 @default.
• W1873647057 cites W1995505841 @default.
• W1873647057 cites W1999742492 @default.
• W1873647057 cites W2001076336 @default.
• W1873647057 cites W2002258564 @default.
• W1873647057 cites W2007369407 @default.
• W1873647057 cites W2007873529 @default.
• W1873647057 cites W2009328887 @default.
• W1873647057 cites W2011004081 @default.
• W1873647057 cites W2012325323 @default.
• W1873647057 cites W2015625491 @default.
• W1873647057 cites W2018546121 @default.
• W1873647057 cites W2022906223 @default.
• W1873647057 cites W2029565041 @default.
• W1873647057 cites W2031472062 @default.
• W1873647057 cites W2032457401 @default.
• W1873647057 cites W2033432830 @default.
• W1873647057 cites W2036006632 @default.
• W1873647057 cites W2046970375 @default.
• W1873647057 cites W2048012061 @default.
• W1873647057 cites W2050332857 @default.
• W1873647057 cites W2052498332 @default.
• W1873647057 cites W2055804367 @default.
• W1873647057 cites W2057990359 @default.
• W1873647057 cites W2061395829 @default.
• W1873647057 cites W2062255534 @default.
• W1873647057 cites W2063355573 @default.
• W1873647057 cites W2069118835 @default.
• W1873647057 cites W2072141122 @default.
• W1873647057 cites W2072834749 @default.
• W1873647057 cites W2074308629 @default.
• W1873647057 cites W2079009821 @default.
• W1873647057 cites W2079076435 @default.
• W1873647057 cites W2083303664 @default.
• W1873647057 cites W2085307858 @default.
• W1873647057 cites W2096930998 @default.
• W1873647057 cites W2101906028 @default.
• W1873647057 cites W2113021381 @default.
• W1873647057 cites W2127694083 @default.
• W1873647057 cites W2134799282 @default.
• W1873647057 cites W2139975988 @default.
• W1873647057 cites W2148537728 @default.
• W1873647057 cites W2152106924 @default.
• W1873647057 cites W2153085053 @default.
• W1873647057 cites W2158130367 @default.
• W1873647057 cites W2168866778 @default.
• W1873647057 cites W2170793830 @default.
• W1873647057 cites W2171123025 @default.
• W1873647057 cites W2315087140 @default.
• W1873647057 cites W2315149762 @default.
• W1873647057 cites W2318977081 @default.
• W1873647057 cites W2326415367 @default.
• W1873647057 cites W3102216800 @default.
• W1873647057 cites W3142330829 @default.
• W1873647057 cites W4253413126 @default.
• W1873647057 doi "https://doi.org/10.1063/1.4927275" @default.
• W1873647057 hasPublicationYear "2015" @default.
• W1873647057 type Work @default.
• W1873647057 sameAs 1873647057 @default.
• W1873647057 citedByCount "19" @default.
• W1873647057 countsByYear W18736470572016 @default.
• W1873647057 countsByYear W18736470572017 @default.
• W1873647057 countsByYear W18736470572018 @default.
• W1873647057 countsByYear W18736470572019 @default.
• W1873647057 countsByYear W18736470572020 @default.
• W1873647057 countsByYear W18736470572021 @default.
• W1873647057 countsByYear W18736470572022 @default.
• W1873647057 crossrefType "journal-article" @default.
• W1873647057 hasAuthorship W1873647057A5012154745 @default.
• W1873647057 hasAuthorship W1873647057A5038810333 @default.
• W1873647057 hasAuthorship W1873647057A5041118628 @default.
• W1873647057 hasAuthorship W1873647057A5041875872 @default.
• W1873647057 hasAuthorship W1873647057A5050180848 @default.
• W1873647057 hasBestOaLocation W18736470571 @default.
• W1873647057 hasConcept C115961682 @default.
• W1873647057 hasConcept C120665830 @default.

• next