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机译:通过第一原理计算对振动,电子激发熵和磁矩对(50×)合金中的脱离化学计量Ni(50)Mn(X)合金的相位稳定性的贡献
Northeastern Univ Key Lab Anisotropy &
Texture Mat Minist Educ Shenyang 110819 Peoples R China;
Univ Lorraine CNRS UMR 7239 Lab Etud Microstruct &
Mecan Mat LEM3 F-57073 Metz France;
Univ Lorraine CNRS UMR 7239 Lab Etud Microstruct &
Mecan Mat LEM3 F-57073 Metz France;
Northeastern Univ Key Lab Anisotropy &
Texture Mat Minist Educ Shenyang 110819 Peoples R China;
Northeastern Univ Key Lab Anisotropy &
Texture Mat Minist Educ Shenyang 110819 Peoples R China;
Ni(50)Mn(x)In(50-x)shape memory alloy; exact muffin-tin orbitals with coherent potential approximation; vibrational entropy; electronic excitation entropy; magnetic moment;
机译:通过第一原理计算对振动,电子激发熵和磁矩对(50×)合金中的脱离化学计量Ni(50)Mn(X)合金的相位稳定性的贡献
机译:Heusler结构的Ni_(50)Mn_(50-x)In_(x / 2)Sb_(x / 2)合金中磁矩的浓度依赖性
机译:Ni_(50-x)CO_xMn_(50-y)Z_y(Z = ln,Sn)Heusier合金中磁矩的浓度依赖性
机译:Ni_(50)MN_(50-X)IN_(X / 2)SB_(X / 2)合金与HEUSLER结构的磁矩浓度依赖性
机译:振动熵有助于铁和铝基二元合金的相稳定性。
机译:Ni50mn $$ _ {50-x} $$ 50 - x {x / 2} $$ x / 2 over y $$ x / 2磁性形状$$ x / 2 $$ _ {x / 2}记忆合金