在激光与物质相互作用研究领域中，能量耦合系数定义为材料吸收的激光能量与入射总激光能量之比值，它是表征激光辐照效应的主要参数。
In the domain of laser-matter interaction, energy coupling coefficient is defined as the ratio of absorbed laser energy to incident laser energy.
通过分析线圈磁场横向分量的分布规律，提出相互作用系数的概念以描述机构的耦合模型。
With detailed analysis on the transverse component distribution of the coils' magnetic fields, an interaction coefficient is presented to describe coupling features of the mechanism.
热耦合系数在激光与物质相互作用中扮演着重要的角色。
Thermal coupling coefficient plays an important role in laser interaction with matter.
结果表明，它们与原子间的偶极相互作用、原子和光场的耦合系数以及非线性耦合系数有关。
The results show that they relate to the dipole-dipole coupling strength between two atoms and atom-field coupling constant and nonlinear coefficient of field.
结果表明，它们与原子间的偶极相互作用、原子和光场的耦合系数以及非线性耦合系数有关。
The results show that they relate to the dipole-dipole coupling strength between two atoms and atom-field coupling constant and nonlinear coefficient of field.
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