1) metamagnetic transition
变磁转变
1.
The large |ΔSM| was attributed to the sharp change of magnetization at TC and the field-induced itinerant-electron metamagnetic transition above TC.
大的磁熵变来源于TC处磁化强度的陡峭变化和TC以上磁场诱发的巡游电子变磁转变。
2) metamagnetic phase transition
变磁性转变
3) magnetic change
磁性转变
1.
2,12,19,77,and 300 K was measured,and magnetic changes at T=1.
5K下磁化过程中磁性转变(即磁矩变化)的大小,ΔMa1=0。
2.
We have also estimated out the size t hat magnetic change (namely the magnetism square change ) in the course of magnetization.
我们还估出了磁化过程中磁性转变(即磁矩变化)的大小。
4) antiferromagnetic transition
反铁磁转变
1.
The antiferromagnetic transition of -γMn and the coupling of martensitic transformation;
γMn基合金反铁磁转变与马氏体相变模量耦合
2.
But in γMn-based alloys,marternsitic transformation is closely associated with antiferromagnetic transition.
孪晶型阻尼材料已被实际应用,(011)孪晶通过fcc-fct马氏体相变形成,而γMn基合金中,马氏体相变又与合金的反铁磁转变密切相关。
3.
The antiferromagnetic transition, martensitic transformation and high damping capacity of Mn Fe (Cu) alloys containing (45.
4% (原子分数 )范围Mn Fe (Cu)合金的反铁磁转变、马氏体相变及高阻尼特性。
5) flux transition
磁通转变点
6) paramagnetic-antiferromagnetic transition
顺磁-反铁磁转变
补充资料：变磁阻式传感器
将位移、转速、加速度等非电物理量转换为磁阻变化的传感器。它包括电感式传感器、变压器式传感器和电涡流式传感器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条