1) sheaf of germs of regular differential
正则微分芽层
2) sheaf of germs of regular differential form
正则微分形式芽层
3) microcanonical distribution
微正则分布
1.
The initial microcanonical distribution is modified by using eleven different ionization thresholds of electrons in tht target.
基于使用多个系统总能量U值,对初始电子的微正则分布进行了优化,使其更接近于量子力学的径向空间分布。
2.
We take them as examples for listing the microcanonical distribution,the canonical distribution and thegrand canonical distribution for illustrating the idea.
本文根据刘维方程讨论了经典系统和量子系统处于平衡态时分布函数和统计算符应当具有的普遍函数形式,并以常用的微正则分布、正则分布和巨正则分布予以印证。
4) differential regularization method
微分正则化
1.
In the maximum scale the differential regularization method is used to find the initial value of the next scale,in the other scales the iteration processing is carried out to obtain the global minimum point.
构造了一种求解Maxwell方程反问题的小波-微分正则化混合反演算法。
5) sheaf of germs of differential forms
微分形式芽层
6) Semi-regular germ
半正则芽
补充资料：微正则系综
见统计物理学。
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