2) ID-optical lattices potential
一维光晶格势
1.
Relationship of the Gaussian width of Bose-condensed gas and the intensity of ID-optical lattices potential;
对囚禁在由谐振势和一维光晶格势构成的组合势中的玻色凝聚气体,基于Gross-Pitaevskii理论,并运用G-P能量泛函和变分方法,研究了组合势中子凝聚体的高斯宽度与光晶格势强度之间的关系。
3) potential field of lattice
晶格势场
1.
It points out that due to the increase of electron s energy state in the potential field of lattice, its inner carrier has no such energy level that can hold the electron of high-energy state, thus resul.
分析指出,电趋肤效应是由于电子在晶格势场中能态升高,其载体内部不存在容纳这种处于高能态电子的能级,从而表现出趋肤效应。
4) lattice potential energy
晶格势能
1.
Interionic separations γi at the tensile fracture of NaCl-type ionic crystals have been calculated on the bases of the characteristic of the lattice potential energy curve, and compared with the values of ion spacing γi determined at melting temperature with the help of the isobaric equation of state.
从晶格势能曲线的特点出发,根据晶体拉伸断裂时的理论条件,计算了NaCl-型晶体拉伸断裂时的离子间距γi。
5) photonic lattice
光子晶格
1.
Novel spatial gap solitons in photonic lattices;
光子晶格中新颖的空间带隙孤子——饶毓泰基础光学二等奖介绍
2.
Novel discrete solitons in light-induced photonic lattices;
光诱导光子晶格结构中新型的离散空间光孤子
3.
In our experiment,we illuminate the area of light induced photorefractive photonic crystal,which the fre- quency of the latter is the same as the frequency of light of forming the photonic crystal,when the angle between incidence light and the direction of the period of photorefractive photonic lattice,is lesser than 12°,we observed the localized phe- nomenon of photorefractive photonic lattice.
实验中我们用与在LiNbO_3:Fe晶体中写入光折变光子晶格时相同频率的光照射到LiNbO_3晶体写入光折变光子晶体的区域,在入射光与光折变光子晶格周期方向成较小的角度(小于12°)时,观察到了光折变光子晶格对光的局域现象。
6) photonic lattices
光子晶格
1.
Two-level model of light propagation in photonic lattices and nonlinear Landau-Zener tunneling
光子晶格中光束演化的二能级模型及非线性Landau-Zener隧穿
2.
Nonlinear Landau-Zener tunneling in two-dimensional photonic lattices
二维周期光子晶格中的非线性Landau-Zener隧穿
3.
Using interference method fabricate photonic lattices in self-defocus photorefractive crystal LNbO_3:Fe.
用干涉法在自散焦光折变晶体LiNbO3:Fe中写入光子晶格的动态过程中,发现了双光束干涉条纹一分为二,四光束干涉点阵一分为四的分裂现象。
补充资料：村村势势
1.犹言土头土脑。
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