1) Magnetic chirality transition
磁手性相变
2) ferromagnetic phase transformation
铁磁性相变
3) Antiferromagnetic phase transition
反铁磁性相变
4) magnetic first-order phase transition
一级磁性相变
1.
Magnetic field induced entropy change was investigated for La-Fe based NaZn_(13)-type compounds with magnetic first-order phase transition.
围绕具有一级磁性相变的La-Fe基NaZn13型化合物的磁场诱导熵变研究,从室温磁制冷目的出发讨论了材料研究和熵变机制。
5) Magnetic catch
磁性拉手
6) magnetic phase transition
磁相变
1.
Effect of C on the microstructure and magnetic phase transition of Gd_5SiGe_3 magnetic refrigation material;
C对Gd_5SiGe_3磁致冷材料组织结构和磁相变的影响
2.
Spontaneous and field-induced magnetic phase transitions in the intermetallic compounds SmMn_2Ge_2 and GdMn_2Ge_2;
SmMn_2Ge_2和GdMn_2Ge_2中的自发磁相变和场诱导的磁相变
3.
Study on the magnetic entropy change and magnetic phase transition of NaZn_(13)-type LaFe_(13-x)Al_xC_y compounds;
NaZn_(13)型结构LaFe_(13-x)Al_xC_y化合物的磁熵变与磁相变的研究
补充资料:性相
【性相】
(术语)性者法之自体,在内不可改易也。相者相貌,现于外可分别也。有为无为相对,则无为法为性,有为法为相。而有为无为皆有性相,自体云性,可识云相。智度论三十一曰:“性言其体,相言可识。”法华经方便品曰:“如是相,如是性。”涅槃经二曰:“汝今当观诸行性相。”
(术语)性者法之自体,在内不可改易也。相者相貌,现于外可分别也。有为无为相对,则无为法为性,有为法为相。而有为无为皆有性相,自体云性,可识云相。智度论三十一曰:“性言其体,相言可识。”法华经方便品曰:“如是相,如是性。”涅槃经二曰:“汝今当观诸行性相。”
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