FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3100198271> ?p ?o ?g. }

• W3100198271 endingPage "025004" @default.
• W3100198271 startingPage "025004" @default.
• W3100198271 abstract "Atomistic simulations of the experimental W L3-edge extended x-ray absorption fine structure (EXAFS) of bcc tungsten at T = 300 K were performed using classical molecular dynamics (MD) and reverse Monte Carlo (RMC) methods. The MD-EXAFS method based on the results of MD simulations allowed us to access the structural information, encoded in EXAFS, beyond the first coordination shell and to validate the accuracy of two interaction potential models—the embedded atom model potential and the second nearest-neighbor modified embedded atom method potential. The RMC-EXAFS method was used for more elaborate analysis of the EXAFS data giving access to thermal disorder effects. The results of both methods suggest that the correlation in atomic motion in bcc tungsten becomes negligible above 8 Å. This fact allowed us to use the EXAFS data to determine not only mean-square relative displacements of atomic W–W pair motion but also mean-square displacements of individual tungsten atoms, which are usually accessible from diffraction data only." @default.
• W3100198271 created "2020-11-23" @default.
• W3100198271 creator A5026729523 @default.
• W3100198271 creator A5037434691 @default.
• W3100198271 creator A5080906378 @default.
• W3100198271 date "2018-01-05" @default.
• W3100198271 modified "2023-10-14" @default.
• W3100198271 title "Advanced approach to the local structure reconstruction and theory validation on the example of the W L₃-edge extended x-ray absorption fine structure of tungsten" @default.
• W3100198271 cites W1964779228 @default.
• W3100198271 cites W1964854413 @default.
• W3100198271 cites W1971219131 @default.
• W3100198271 cites W1973294512 @default.
• W3100198271 cites W1973938464 @default.
• W3100198271 cites W1979384830 @default.
• W3100198271 cites W1982708976 @default.
• W3100198271 cites W1983244538 @default.
• W3100198271 cites W1983880376 @default.
• W3100198271 cites W1989347866 @default.
• W3100198271 cites W1991794210 @default.
• W3100198271 cites W1996599361 @default.
• W3100198271 cites W1996743477 @default.
• W3100198271 cites W2001636772 @default.
• W3100198271 cites W2003558657 @default.
• W3100198271 cites W2004237923 @default.
• W3100198271 cites W2006009797 @default.
• W3100198271 cites W2006215898 @default.
• W3100198271 cites W2014955675 @default.
• W3100198271 cites W2018222553 @default.
• W3100198271 cites W2020540623 @default.
• W3100198271 cites W2022942453 @default.
• W3100198271 cites W2024947055 @default.
• W3100198271 cites W2025510413 @default.
• W3100198271 cites W2025973984 @default.
• W3100198271 cites W2026323908 @default.
• W3100198271 cites W2028809934 @default.
• W3100198271 cites W2046831593 @default.
• W3100198271 cites W2048564357 @default.
• W3100198271 cites W2049466424 @default.
• W3100198271 cites W2054428755 @default.
• W3100198271 cites W2055002905 @default.
• W3100198271 cites W2055859329 @default.
• W3100198271 cites W2057502998 @default.
• W3100198271 cites W2059745365 @default.
• W3100198271 cites W2062577876 @default.
• W3100198271 cites W2069026416 @default.
• W3100198271 cites W2076702514 @default.
• W3100198271 cites W2079433222 @default.
• W3100198271 cites W2081355809 @default.
• W3100198271 cites W2081703672 @default.
• W3100198271 cites W2086552953 @default.
• W3100198271 cites W2099477564 @default.
• W3100198271 cites W2103734924 @default.
• W3100198271 cites W2104391217 @default.
• W3100198271 cites W2109046363 @default.
• W3100198271 cites W2118680817 @default.
• W3100198271 cites W2123154505 @default.
• W3100198271 cites W2123699567 @default.
• W3100198271 cites W2124047163 @default.
• W3100198271 cites W2131958756 @default.
• W3100198271 cites W2147993940 @default.
• W3100198271 cites W2151434234 @default.
• W3100198271 cites W2160174308 @default.
• W3100198271 cites W2292765117 @default.
• W3100198271 cites W2315649085 @default.
• W3100198271 cites W2321524349 @default.
• W3100198271 cites W2322911522 @default.
• W3100198271 cites W2333098207 @default.
• W3100198271 cites W2334831670 @default.
• W3100198271 cites W2341373090 @default.
• W3100198271 cites W2429433940 @default.
• W3100198271 cites W2433404542 @default.
• W3100198271 cites W2476625891 @default.
• W3100198271 cites W2485043442 @default.
• W3100198271 cites W2488798311 @default.
• W3100198271 cites W2509055944 @default.
• W3100198271 cites W2513159752 @default.
• W3100198271 cites W2536106371 @default.
• W3100198271 cites W2550589104 @default.
• W3100198271 cites W2594035057 @default.
• W3100198271 cites W2602484144 @default.
• W3100198271 cites W2610902873 @default.
• W3100198271 cites W2733567177 @default.
• W3100198271 doi "https://doi.org/10.1088/1361-651x/aa9bab" @default.
• W3100198271 hasPublicationYear "2018" @default.
• W3100198271 type Work @default.
• W3100198271 sameAs 3100198271 @default.
• W3100198271 citedByCount "12" @default.
• W3100198271 countsByYear W31001982712018 @default.
• W3100198271 countsByYear W31001982712020 @default.
• W3100198271 countsByYear W31001982712021 @default.
• W3100198271 countsByYear W31001982712022 @default.
• W3100198271 countsByYear W31001982712023 @default.
• W3100198271 crossrefType "journal-article" @default.
• W3100198271 hasAuthorship W3100198271A5026729523 @default.
• W3100198271 hasAuthorship W3100198271A5037434691 @default.
• W3100198271 hasAuthorship W3100198271A5080906378 @default.
• W3100198271 hasBestOaLocation W31001982712 @default.
• W3100198271 hasConcept C107861141 @default.

• next