Matches in SemOpenAlex for { <https://semopenalex.org/work/W4380135877> ?p ?o ?g. }
- W4380135877 endingPage "119042" @default.
- W4380135877 startingPage "119042" @default.
- W4380135877 abstract "Martensites of Ni-Mn-Ga-based alloys consist of hierarchical twinning domains spanning from micro- to nanoscale. This affects the diffraction pattern and thus can decrease the accuracy of the determination of the crystal structure. We propose a method to obtain different martensitic phases in Ni-Mn-Ga-Fe alloy with simplified variant microstructures and domain sizes of more than 2 micrometers. The use of simplified variant microstructures allows the influence of nanometer-scale domains on diffraction line position to be circumvented and enabls the comparison of the lattice parameters of non-modulated (NM), five-layered modulated (10M), and seven-layered (14M) phases in the same temperature range due to the large hysteresis of the intermartensitic transformations. It is found that the short crystallographic axes in NM, 14M, and 10M martensites at the same temperature have different lengths. As a result, equilibrium NM structure building blocks cannot be used to build the crystal structures of 14M and 10M martensites. Instead, we introduce a constant plane shift model with identical shift values of the nearest planes (110) along [1¯10] or [11¯0] as a replacement for the tetragonal building blocks model. The work demonstrates that plane shift values differ dramatically between martensites, which agrees with ab initio calculations. The application of the constant plane shift and hard sphere models in modulated lattices for atomic-level twinning considerations is discussed." @default.
- W4380135877 created "2023-06-10" @default.
- W4380135877 creator A5005456385 @default.
- W4380135877 creator A5011120854 @default.
- W4380135877 creator A5034126377 @default.
- W4380135877 creator A5036143609 @default.
- W4380135877 creator A5044358548 @default.
- W4380135877 creator A5046717258 @default.
- W4380135877 creator A5054610041 @default.
- W4380135877 creator A5062195512 @default.
- W4380135877 creator A5079913649 @default.
- W4380135877 date "2023-08-01" @default.
- W4380135877 modified "2023-09-25" @default.
- W4380135877 title "Constant plane shift model: Structure analysis of martensitic phases in Ni50Mn27Ga22Fe1 beyond non-modulated building blocks" @default.
- W4380135877 cites W1507509581 @default.
- W4380135877 cites W1670313407 @default.
- W4380135877 cites W1892625407 @default.
- W4380135877 cites W1970824304 @default.
- W4380135877 cites W1974150909 @default.
- W4380135877 cites W1976211035 @default.
- W4380135877 cites W1976822631 @default.
- W4380135877 cites W1982067377 @default.
- W4380135877 cites W1983664802 @default.
- W4380135877 cites W2001965131 @default.
- W4380135877 cites W2005389936 @default.
- W4380135877 cites W2009677344 @default.
- W4380135877 cites W2014373364 @default.
- W4380135877 cites W2016194521 @default.
- W4380135877 cites W2029965722 @default.
- W4380135877 cites W2030248596 @default.
- W4380135877 cites W2031080326 @default.
- W4380135877 cites W2034107377 @default.
- W4380135877 cites W2036145425 @default.
- W4380135877 cites W2044018817 @default.
- W4380135877 cites W2045124708 @default.
- W4380135877 cites W2053351257 @default.
- W4380135877 cites W2054256781 @default.
- W4380135877 cites W2057516990 @default.
- W4380135877 cites W2062256400 @default.
- W4380135877 cites W2064035462 @default.
- W4380135877 cites W2064156702 @default.
- W4380135877 cites W2064293046 @default.
- W4380135877 cites W2067459070 @default.
- W4380135877 cites W2068515368 @default.
- W4380135877 cites W2071877199 @default.
- W4380135877 cites W2084965648 @default.
- W4380135877 cites W2088278635 @default.
- W4380135877 cites W2092738769 @default.
- W4380135877 cites W2110964093 @default.
- W4380135877 cites W2114385007 @default.
- W4380135877 cites W2114422283 @default.
- W4380135877 cites W2162895555 @default.
- W4380135877 cites W2173168149 @default.
- W4380135877 cites W2314722901 @default.
- W4380135877 cites W2321578129 @default.
- W4380135877 cites W2327828477 @default.
- W4380135877 cites W2460735765 @default.
- W4380135877 cites W2540270452 @default.
- W4380135877 cites W2553632617 @default.
- W4380135877 cites W2556787665 @default.
- W4380135877 cites W2567029957 @default.
- W4380135877 cites W2607461870 @default.
- W4380135877 cites W2610088556 @default.
- W4380135877 cites W2716058428 @default.
- W4380135877 cites W2806668775 @default.
- W4380135877 cites W2886699868 @default.
- W4380135877 cites W2903149836 @default.
- W4380135877 cites W2963947097 @default.
- W4380135877 cites W2964071564 @default.
- W4380135877 cites W2986323865 @default.
- W4380135877 cites W2991650580 @default.
- W4380135877 cites W3005535229 @default.
- W4380135877 cites W3061451495 @default.
- W4380135877 cites W3103161918 @default.
- W4380135877 cites W3157260298 @default.
- W4380135877 cites W3162937304 @default.
- W4380135877 cites W3174748952 @default.
- W4380135877 cites W4281991577 @default.
- W4380135877 doi "https://doi.org/10.1016/j.actamat.2023.119042" @default.
- W4380135877 hasPublicationYear "2023" @default.
- W4380135877 type Work @default.
- W4380135877 citedByCount "1" @default.
- W4380135877 countsByYear W43801358772023 @default.
- W4380135877 crossrefType "journal-article" @default.
- W4380135877 hasAuthorship W4380135877A5005456385 @default.
- W4380135877 hasAuthorship W4380135877A5011120854 @default.
- W4380135877 hasAuthorship W4380135877A5034126377 @default.
- W4380135877 hasAuthorship W4380135877A5036143609 @default.
- W4380135877 hasAuthorship W4380135877A5044358548 @default.
- W4380135877 hasAuthorship W4380135877A5046717258 @default.
- W4380135877 hasAuthorship W4380135877A5054610041 @default.
- W4380135877 hasAuthorship W4380135877A5062195512 @default.
- W4380135877 hasAuthorship W4380135877A5079913649 @default.
- W4380135877 hasBestOaLocation W43801358771 @default.
- W4380135877 hasConcept C115624301 @default.
- W4380135877 hasConcept C120665830 @default.
- W4380135877 hasConcept C121332964 @default.
- W4380135877 hasConcept C132612359 @default.