Matches in SemOpenAlex for { <https://semopenalex.org/work/W2029558570> ?p ?o ?g. }
- W2029558570 abstract "A two-wave shock structure---elastic precursor followed by an inelastic compression wave---is observed in single crystal and polycrystalline diamond laser shock compressed to peak stresses as high as 800 GPa. The Hugoniot elastic limits are measured to be 80 $(ifmmodepmelsetextpmfi{}12)$, 81 $(ifmmodepmelsetextpmfi{}6)$, and 60 $(ifmmodepmelsetextpmfi{}3)text{ }text{GPa}$ for the $⟨100⟩$, $⟨110⟩$, and $⟨111⟩$ orientations of single crystals with the directional dependence attributable to the relative increase in strength under confining stress. These values imply a single crystal yield strength approximately 1/3 of theoretical predictions. The measurements reveal clear deviations from an elastic-plastic response upon dynamic yielding with significant relaxation toward an isotropic stress state for shock stresses of at least 160 GPa. Previously reported signatures of melting at 700--800 GPa along the diamond Hugoniot may be related to the transition from a two-wave to a single-wave structure, supporting the interpretation that melting begins at lower stresses $(ensuremath{sim}600text{ }text{GPa})$ with the appearance of an optically reflecting phase of carbon." @default.
- W2029558570 created "2016-06-24" @default.
- W2029558570 creator A5036934463 @default.
- W2029558570 creator A5050415200 @default.
- W2029558570 creator A5057039691 @default.
- W2029558570 creator A5067683479 @default.
- W2029558570 creator A5068571071 @default.
- W2029558570 creator A5075216002 @default.
- W2029558570 creator A5075390767 @default.
- W2029558570 creator A5083930559 @default.
- W2029558570 creator A5086448688 @default.
- W2029558570 date "2010-01-22" @default.
- W2029558570 modified "2023-10-15" @default.
- W2029558570 title "Strength effects in diamond under shock compression from 0.1 to 1 TPa" @default.
- W2029558570 cites W1963833555 @default.
- W2029558570 cites W1967544596 @default.
- W2029558570 cites W1968235335 @default.
- W2029558570 cites W1972699740 @default.
- W2029558570 cites W1975385045 @default.
- W2029558570 cites W1977134532 @default.
- W2029558570 cites W1983715389 @default.
- W2029558570 cites W1986971250 @default.
- W2029558570 cites W1988987247 @default.
- W2029558570 cites W1991916472 @default.
- W2029558570 cites W1994864741 @default.
- W2029558570 cites W1997926762 @default.
- W2029558570 cites W2003165595 @default.
- W2029558570 cites W2008319486 @default.
- W2029558570 cites W2012879967 @default.
- W2029558570 cites W2014907176 @default.
- W2029558570 cites W2018596782 @default.
- W2029558570 cites W2019027106 @default.
- W2029558570 cites W2019655497 @default.
- W2029558570 cites W2020368418 @default.
- W2029558570 cites W2022219173 @default.
- W2029558570 cites W2022482480 @default.
- W2029558570 cites W2022906223 @default.
- W2029558570 cites W2023108769 @default.
- W2029558570 cites W2023386760 @default.
- W2029558570 cites W2026904403 @default.
- W2029558570 cites W2030074299 @default.
- W2029558570 cites W2030152574 @default.
- W2029558570 cites W2030165172 @default.
- W2029558570 cites W2031081968 @default.
- W2029558570 cites W2032771883 @default.
- W2029558570 cites W2033888662 @default.
- W2029558570 cites W2034029324 @default.
- W2029558570 cites W2037310964 @default.
- W2029558570 cites W2040691044 @default.
- W2029558570 cites W2041836561 @default.
- W2029558570 cites W2042476330 @default.
- W2029558570 cites W2043894710 @default.
- W2029558570 cites W2044528282 @default.
- W2029558570 cites W2056090730 @default.
- W2029558570 cites W2057049573 @default.
- W2029558570 cites W2063426542 @default.
- W2029558570 cites W2068291767 @default.
- W2029558570 cites W2069477901 @default.
- W2029558570 cites W2071179234 @default.
- W2029558570 cites W2071643458 @default.
- W2029558570 cites W2073192508 @default.
- W2029558570 cites W2073789527 @default.
- W2029558570 cites W2074693893 @default.
- W2029558570 cites W2077609056 @default.
- W2029558570 cites W2078091769 @default.
- W2029558570 cites W2078129841 @default.
- W2029558570 cites W2079009821 @default.
- W2029558570 cites W2081937200 @default.
- W2029558570 cites W2090451244 @default.
- W2029558570 cites W2091313544 @default.
- W2029558570 cites W2096715769 @default.
- W2029558570 cites W2122871715 @default.
- W2029558570 cites W2130662708 @default.
- W2029558570 cites W2149390457 @default.
- W2029558570 cites W2158684457 @default.
- W2029558570 cites W3022031850 @default.
- W2029558570 doi "https://doi.org/10.1103/physrevb.81.014111" @default.
- W2029558570 hasPublicationYear "2010" @default.
- W2029558570 type Work @default.
- W2029558570 sameAs 2029558570 @default.
- W2029558570 citedByCount "84" @default.
- W2029558570 countsByYear W20295585702012 @default.
- W2029558570 countsByYear W20295585702013 @default.
- W2029558570 countsByYear W20295585702014 @default.
- W2029558570 countsByYear W20295585702015 @default.
- W2029558570 countsByYear W20295585702016 @default.
- W2029558570 countsByYear W20295585702017 @default.
- W2029558570 countsByYear W20295585702018 @default.
- W2029558570 countsByYear W20295585702019 @default.
- W2029558570 countsByYear W20295585702020 @default.
- W2029558570 countsByYear W20295585702021 @default.
- W2029558570 countsByYear W20295585702022 @default.
- W2029558570 countsByYear W20295585702023 @default.
- W2029558570 crossrefType "journal-article" @default.
- W2029558570 hasAuthorship W2029558570A5036934463 @default.
- W2029558570 hasAuthorship W2029558570A5050415200 @default.
- W2029558570 hasAuthorship W2029558570A5057039691 @default.
- W2029558570 hasAuthorship W2029558570A5067683479 @default.
- W2029558570 hasAuthorship W2029558570A5068571071 @default.
- W2029558570 hasAuthorship W2029558570A5075216002 @default.