1) F-H center pair
F-H心对
2) F-H pair
F-H对
1.
On the basis of one-electron Hartree-Fock approximation,the extended-ion method has been used to investigate the micro physical mechanism of the STEs converting to the F-H pairs.
文章在单电子Hartree-Fork近似的基础上采用扩展离子方法研究了MgF2晶体中自陷态激子STE转化为F-H对的微观物理机制,结果发现稳定的F-H对只能由STE的空穴激发态产生,最后我们建立了激发态空穴跳跃扩散的模型来解释这种形成机制。
2.
It is found that the STE is in fact a nearest-neighbour F-H pair with C1 symmetry.
研究表明这种晶体中的STE实际上是具有C1 位形的最近邻的F-H对。
3) H-F method
对的H-F方法
4) absolutely irreducible F-module
绝对不可约F[H]-模
1.
The topic of this paper is the discussion about the extension of absolutely irreducible F-module,and the author obtains the sufficient condition s extension:if there exists a∈F,and a~n=σ_n,N can be extended into F-module.
设N为绝对不可约F[H]-模,T(N)=G,G/H是n阶循环群,H\G={gi｜i=0,1,…,n-1};g∈G,gn∈H,φ为N的Q-自同构,σn:xφn(x)gn=φn(x)h0,经讨论,获得绝对不可约F[H]-模的扩充存在的充分条件是若存在a∈F(F为任意域),使an=σn,则N可扩充为F[G]-模;若G为交换群,F为代数闭域, H≤G,N为任意不可约F[H]-模N,则N可扩充为F[G]-模。
5) centrosymmetric H-matrices
中心对称H-阵
6) H-F force
H-F力
补充资料：他心
1.别的打算;异心。
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