引用次数
引用: 3,965
H-指数: 28
I10-指数 : 43
出版物: 80
Origin of Magnetism in γ-FeSi 2 /Si(111) Nanostructures.
Ilan Goldfarb , Ranjit Pati , Liwei D Geng , Yongmei M Jin
Nanomaterials 11 ( 4) 849
2
2021
Theory and experimental evidence of phonon domains and their roles in pre-martensitic phenomena
Yongmei M Jin , Yu U Wang , Yang Ren
npj Computational Materials 1 ( 1) 15002
9
2015
In situ three-dimensional reciprocal-space mapping of diffuse scattering intensity distribution and data analysis for precursor phenomenon in shape-memory alloy
Tian-Le Cheng , Fengde D Ma , Jie E Zhou , Guy Jennings
JOM 64 167 -173
11
2012
Broken dynamic symmetry and phase transition precursor
Yongmei M Jin , Yu U Wang , Yang Ren , Fengde D Ma
arXiv preprint arXiv:1302.5479
4
2013
Phonon theory of martensitic transformation precursors
Yongmei M Jin , Yu U Wang
arXiv preprint arXiv:1412.3725
4
2014
3D Diffuse Scattering and Displacement Short-Range Ordering in Pre-martensitic State: A Computational Study
Xiaoxu Guo , Yang Ren , Yongmei M Jin , Yu U Wang
Shape Memory and Superelasticity 9 ( 2) 280 -292
2
2023
Quasi-Spin Ising Model and Monte Carlo Simulation of Ferroelastic Phase Transition: 3D Diffuse Scattering and Displacement Short-Range Ordering in Pre-Martensitic State
Xiaoxu Guo , Yongmei M Jin , Yang Ren , Yu U Wang
arXiv preprint arXiv:1912.10295
2
2019
Wetting of L10 twin and antiphase boundaries by nanometer-scale L12 in Fe-Pd alloys
Adrian Savovici , Yongmei M Jin , William A Soffa , Jerrold A Floro
Scripta Materialia 246 116067 -116067
2024
Magnetic Structure Characterization Over Multiple Length Scales
Yongmei M Jin
JOM 74 ( 6) 2295 -2296
2022
Mesoscale Phase Field Modeling of Engineering Materials: Microstructure and Microelasticity
YUU Wang , YONGMEI M Jin , ARMEN G KHACHATURYAN
Thermodynamics, Microstructures and Plasticity 108 47 -47
3
2003
Zigzag domain boundaries in magnetostrictive Fe-Ga alloys
Keat G. Ong , Yongmei M. Jin , Matthew N. Tianen
Physical Review B 103 ( 10) 104417
2021
Atomic density function theory and modeling of microstructure evolution at the atomic scale
Yongmei M. Jin , Armen G. Khachaturyan
Journal of Applied Physics 100 ( 1) 013519
78
2006
Three-dimensional phase field microelasticity theory of a multivoid multicrack system in an elastically anisotropic body: model and computer simulations
Yongmei M. Jin , Yu U. Wang , Armen G. Khachaturyan
Philosophical Magazine 83 ( 13) 1587 -1626
24
2003
Mesoscale modelling of mobile crystal defects—dislocations, cracks and surface roughening: phase field microelasticity approach
Yu U. Wang , Yongmei M. Jin , Armen G. Khachaturyan †
Philosophical Magazine 85 ( 2) 261 -277
17
2005
Crystallography of the δ→α martensitic transformation in plutonium alloys
Yongmei M. Jin , Armen G. Khachaturyan , Yu U. Wang , Chris R. Krenn
Metallurgical and Materials Transactions A-physical Metallurgy and Materials Science 36 ( 8) 2031 -2047
11
2005
Effect of magnetic domain structure on longitudinal and transverse magnetoelectric response of particulate magnetostrictive-piezoelectric composites
Fengde D. Ma , Yongmei M. Jin , Yu U. Wang , S. L. Kampe
Applied Physics Letters 104 ( 11) 112903
17
2014
Altering magnetostrictive strain pathways via morphology of spontaneously aligned domains
Yongmei M. Jin , Harsh Deep Chopra
Physical Review B 84 ( 14) 140401
4
2011
Micromagnetic modeling of magnetization processes in FePt polytwin crystals
Tian-Le Cheng , Yongxin Y. Huang , Casey M. Rogers , Yongmei M. Jin
Journal of Applied Physics 107 ( 11) 113920
4
2010
Phase field microelasticity theory and modeling of elastically and structurally inhomogeneous solid
Yu U. Wang , Yongmei M. Jin , Armen G. Khachaturyan
Journal of Applied Physics 92 ( 3) 1351 -1360
204
2002
Three-dimensional phase field microelasticity theory of a complex elastically inhomogeneous solid
Yu U. Wang , Yongmei M. Jin , Armen G. Khachaturyan
Applied Physics Letters 80 ( 24) 4513 -4515
28
2002