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1·The excitation energy changes the way each molecule absorbs and emits light.

激发能改变每个分子吸收和发射光的方式。

2·Thus, we can define the generalized oscillator strength density as the strength per unit excitation energy.

因此可以定义每单位激发能内的广义振子强度为广义振子强度密度。

3·Because the ruthenium may be subject to photodegradation, the total exposure to the excitation energy should be minimized.

因为光降解影响钌，对激发能总的外露面积应当最小化。

4·It will be fully exploited according the degree of freedom of excitation energy, angular momentum and isospin of the nuclear system.

它将在核系统的激发能、角动量和同位旋三个自由度深入进行。

5·The interfering effects of sodium and aluminium on analysis spectral lines of different ionization energy and excitation energy have been studied.

研究了钠、铝对不同电离能和激发能的分析谱线的干扰效应。

6·The paper depicts the magnetic energy calculation for no load of hydrogenerator de excitation energy capacity calculation with linear and non linear resistor.

本文分析了空载水轮发电机磁场能量计算和空载误强励下，用线性电阻或非线性电阻灭磁时灭磁能容的计算。

7·First, the rate of change of the mean atomic excitation energy is now a function of the distance to the boundary and it dies off in an oscillatory way the boundary is approached.

第一，原子平均激发能量变化率是原子到板的距离的函数，并且当靠近板时以振荡行为消失。

8·The excitation energy of two colliding nuclei is supplied by the energy dissipation of their relative motion, thus the nucleon transfer process and the relative motion are coupled.

两碰撞核内部激发能由相对运动能损提供，因此能够将核子转移过程与相对运动耦合起来。

9·The neutron emission width, the fission width and the realization probability for one neutron emission and their relation with excitation energy and angular momentum are also presented.

给出了中子蒸发宽度、裂变宽度和超重核蒸发一个中子的概率对激发能与角动量分波的依赖关系。

10·Meanwhile, the relationship between the isospin excitation energy and the symmetry energy was discussed and found that the symmetry energy was just a part of the isospin excitation energy.

同时研究了对称能与同位旋激发能的关系，指出对称能是同位旋激发能的一部分，且占相当大的比重。