1) AFM KCuF 3
反铁磁体KCuF3
2) antiferromagnets
反铁磁体
1.
Using such method as the angle variable of quantum function, the author of this thesis proves that the models of quantum antiferromagnets and O(3) non linear σ are equal and from this equality, draws several important inferences about the model of quantum antiferromagnets.
应用量子作用角变量等方法证明了量子反铁磁体模型与Ｏ（３）非线性σ模型有相等性，并由此相等性，得出有关量子反铁磁体模型的几个重要推
2.
This thesis deals with the spin problem in antiferromagnets by means of path integral quantization and gains such conclusions as topological terms,which expand the study of spin problem,and make it easier and more accurate.
本文运用路径积分量子化法,研究了反铁磁体的自旋问题,获得了拓扑项以及有关结论,使自旋问题的处理变得更简便、精确和广泛。
3) antiferromagnet
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反铁磁体
1.
Employing the coherent state ansatz and the time dependent variational principle,the two partial differential equations of motion are obtained from the Hamiltonian of antiferromagnet KCuF3.
应用相干态方案和依赖时间的变分原理，从反铁磁体ＫＣＵＦ３的哈密顿量得到形式为非线性偏微分方程组的运动方程。
5) A-type antiferromagnet
A类反铁磁体
6) antiferromagnetic crystal
反铁磁晶体
补充资料：实验室高场超导磁体——15．5T磁体(1985)
实验室高场超导磁体——15．5T磁体(1985)
实验室高场超导磁体一f 5 5T磁体 r1 9851
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