FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2119332646> ?p ?o ?g. }

• W2119332646 endingPage "S947" @default.
• W2119332646 startingPage "S933" @default.
• W2119332646 abstract "Diamond anvil cells may not only impose pressure upon a sample but also a compressive stress that produces elastic and plastic deformation of polycrystalline samples. The plastic deformation may result in texture development if the material deforms by slip or mechanical twinning, or if grains have a non-equiaxed shape. In radial diffraction geometry, texture is revealed by variation of intensity along Debye rings relative to the compression direction. Diffraction images (obtained by CCD or image plate) can be used to extract quantitative texture information. Currently the most elegant and powerful method is a modified Rietveld technique as implemented in the software package MAUD. From texture data one can evaluate the homogeneity of strain in a diamond anvil cell, the strain magnitude and deformation mechanisms, the latter by comparing observed texture patterns with results from polycrystal plasticity simulations. Some examples such as olivine, magnesiowuestite, MgSiO3 perovskite and ε-iron are discussed." @default.
• W2119332646 created "2016-06-24" @default.
• W2119332646 creator A5004438837 @default.
• W2119332646 creator A5018532056 @default.
• W2119332646 creator A5023025219 @default.
• W2119332646 creator A5036024554 @default.
• W2119332646 creator A5048865539 @default.
• W2119332646 creator A5069282430 @default.
• W2119332646 creator A5073424776 @default.
• W2119332646 date "2006-06-09" @default.
• W2119332646 modified "2023-10-13" @default.
• W2119332646 title "Deformation textures produced in diamond anvil experiments, analysed in radial diffraction geometry" @default.
• W2119332646 cites W1558277000 @default.
• W2119332646 cites W1658687513 @default.
• W2119332646 cites W1887966961 @default.
• W2119332646 cites W1964676997 @default.
• W2119332646 cites W1965717599 @default.
• W2119332646 cites W1966881442 @default.
• W2119332646 cites W1967091917 @default.
• W2119332646 cites W1967532236 @default.
• W2119332646 cites W1968814930 @default.
• W2119332646 cites W1968875884 @default.
• W2119332646 cites W1971768477 @default.
• W2119332646 cites W1972314497 @default.
• W2119332646 cites W1977154222 @default.
• W2119332646 cites W1978384306 @default.
• W2119332646 cites W1983170281 @default.
• W2119332646 cites W1985477565 @default.
• W2119332646 cites W1991594970 @default.
• W2119332646 cites W1991789033 @default.
• W2119332646 cites W1991841853 @default.
• W2119332646 cites W1992246383 @default.
• W2119332646 cites W1996098539 @default.
• W2119332646 cites W1998013424 @default.
• W2119332646 cites W2000954496 @default.
• W2119332646 cites W2003831022 @default.
• W2119332646 cites W2017047182 @default.
• W2119332646 cites W2025494738 @default.
• W2119332646 cites W2026105935 @default.
• W2119332646 cites W2026947159 @default.
• W2119332646 cites W2029764129 @default.
• W2119332646 cites W2034721049 @default.
• W2119332646 cites W2042898892 @default.
• W2119332646 cites W2046423877 @default.
• W2119332646 cites W2047553514 @default.
• W2119332646 cites W2053331773 @default.
• W2119332646 cites W2062013202 @default.
• W2119332646 cites W2062018184 @default.
• W2119332646 cites W2066063645 @default.
• W2119332646 cites W2070150031 @default.
• W2119332646 cites W2072218297 @default.
• W2119332646 cites W2075230016 @default.
• W2119332646 cites W2076757442 @default.
• W2119332646 cites W2077284961 @default.
• W2119332646 cites W2081510481 @default.
• W2119332646 cites W2082598257 @default.
• W2119332646 cites W2089786786 @default.
• W2119332646 cites W2092739604 @default.
• W2119332646 cites W2101267988 @default.
• W2119332646 cites W2102369050 @default.
• W2119332646 cites W2103711815 @default.
• W2119332646 cites W2116519903 @default.
• W2119332646 cites W2127661573 @default.
• W2119332646 cites W2134357593 @default.
• W2119332646 cites W2135683231 @default.
• W2119332646 cites W2138558718 @default.
• W2119332646 cites W2139632408 @default.
• W2119332646 cites W2153157091 @default.
• W2119332646 cites W2159947256 @default.
• W2119332646 cites W2314954166 @default.
• W2119332646 cites W2472307857 @default.
• W2119332646 cites W4239259189 @default.
• W2119332646 doi "https://doi.org/10.1088/0953-8984/18/25/s02" @default.
• W2119332646 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22611103" @default.
• W2119332646 hasPublicationYear "2006" @default.
• W2119332646 type Work @default.
• W2119332646 sameAs 2119332646 @default.
• W2119332646 citedByCount "37" @default.
• W2119332646 countsByYear W21193326462012 @default.
• W2119332646 countsByYear W21193326462013 @default.
• W2119332646 countsByYear W21193326462014 @default.
• W2119332646 countsByYear W21193326462015 @default.
• W2119332646 countsByYear W21193326462016 @default.
• W2119332646 countsByYear W21193326462018 @default.
• W2119332646 countsByYear W21193326462020 @default.
• W2119332646 countsByYear W21193326462021 @default.
• W2119332646 countsByYear W21193326462023 @default.
• W2119332646 crossrefType "journal-article" @default.
• W2119332646 hasAuthorship W2119332646A5004438837 @default.
• W2119332646 hasAuthorship W2119332646A5018532056 @default.
• W2119332646 hasAuthorship W2119332646A5023025219 @default.
• W2119332646 hasAuthorship W2119332646A5036024554 @default.
• W2119332646 hasAuthorship W2119332646A5048865539 @default.
• W2119332646 hasAuthorship W2119332646A5069282430 @default.
• W2119332646 hasAuthorship W2119332646A5073424776 @default.
• W2119332646 hasConcept C115961682 @default.
• W2119332646 hasConcept C120665830 @default.
• W2119332646 hasConcept C121332964 @default.

• next