1.
INFLUENCE OF THE DIPOLE -DIPOLE INTERACTION BETWEEN ATOMS ON THE PHASE PROPERTIES OF LIGHT;
原子间偶极相互作用对光场相位特性的影响
2.
The result indicates that the increase of the coupling leads to the decrease of the field entropy.
研究结果表明：原子间偶极－偶极相互作用的增强，引起场熵减少。
3.
Influence of dipole-dipole interaction between atoms on the atomic dipole higher-order squeezing;
原子间偶极相互作用对双原子偶极矩高阶压缩的影响
4.
Influence of the Dipole-Dipole Interaction between Atoms on the Entanglement of Tavis-Cummings Model with Two Photon Process
原子间偶极相互作用对双光子T-C模型中纠缠度的影响
5.
The influence of Kerr medium on the intrinsic decoherence under the condition of existence of dipole-dipole interaction
偶极相互作用存在的前提下Kerr介质对系统纠缠度的影响
6.
Exotic vortex lattice structure in Bose-Einstein condensates with dipolar interactions
磁偶极相互作用下玻色-爱因斯坦凝聚体中出现的奇特涡旋晶格结构
7.
dipole-quadrupole interaction
偶极－四极相互作用
8.
interaction of magnetic dipoles
磁偶极子的相互作用
9.
On Interaction Energy and Mutual Force of Magnetic Dipole and Magnetic Field;
磁偶极子与磁场的相互作用能与相互作用力
10.
dipole dipole interaction
偶极子与偶极子相互酌
11.
The attraction between covalent bonds molecules is the interaction of electrical dipole moment.
共价键分子间的吸引力是电偶极矩的相互作用。
12.
A method to calculate the interaction force between two magnetic dipoles;
两磁偶极子间的相互作用力的一种计算方法
13.
Magnetic Dipole s Interaction Energy and Potential Energy in Outer Magnetic Field;
磁偶极子在外磁场中的相互作用能和势能
14.
Coherence Property of a Pair of Two-level Atoms by Dipole-dipole Interaction;
存在偶极间相互作用的两能级原子相干特性研究
15.
The newest experimental results of weak interaction constants defined in neutron decay and neutron electrical dipole moment are given.
列举了中子衰变弱相互作用常数和中子电偶极矩的最近测量结果。
16.
Non-Classical Properties of the Interaction of Light with an Atom and Optical Dipole Traps for Particles;
原子与光场相互作用的非经典特性及粒子的光学偶极俘获
17.
INFLUENCE OF DIPOLE-DIPOLE INTERACTION BETWEEN ATOMS ON THE ATOMIC DIPOLE AMPLITUDE-SQUARED SQUEEZING;
原子间相互作用对双原子偶极振幅平方压缩的影响
18.
Three\|dimensional interactions of an external circular crack in an infinite transversely isotropic piezoelectric body with dipoles;
压电无限体中外圆裂纹与力电偶极子的相互作用