结合能

The energy equivalent of the mass discrepancy in a nucleus is called binding energy.

与原子核中的质量差相对应的能量叫做原子核的结合能。

Chemical energy is the atom's outer electron changes cause changes in the electron binding energy release of energy.

化学能是原子的外层电子的变动引起电子的结合能变化而放出的能量。

The combination of elements to decomposition, it is necessary to use the issue than the molecular binding energy and strong light source.

要分解分子的结合，就要使用发出比分子的结合能强的光源。

This binding energy agrees with the experiment result of

从而得到了He_2~+离子的结合能为0.09014a.u。，这与实验结果

The average binding energy, electronic structure and vibration frequency were calculated.

结果表明，平均结合能和能隙均随着SiO2单元的增加单调变化。

It is found that T affects mechanicalproperties, but influences little binding energy E_

结果表明，T对力学性能有一定影响，而对结合能E_

The well radius and barrier height dependence of binding energy of the D〓 center is first obtained.

与D〓基态相比，D〓基态的结合能及其最大值随着维数的减小以更快的速率增加。

The binding energy and the charge curves for each reaction pathway were analyzed in detail, to validate the optimal reaction mode.

详细分析了不同反应路径的结合能和电荷变化的曲线，预测了最佳反应方式。

Therefore, the structure could be stable. However, the structure was changed to amorphous when the strain level was over 15%. At the same time, the binding energy increased rapidly and the structure stability was reduced. During the deformation process, both the bond angle and bond length were significantly affected by the strain level.

这表明Ni纳米线的径向很软，结构之间几乎没有能量转换，且其稳定性基本不变；当压缩程度大于15%时，Ni纳米线结构变为无定形结构，它的结合能变大，且变化很快，表明其稳定性降低；压缩程度对Ni纳米线键角和键长的分布有着很大的影响。

The values of the binding energy, Fermi energy, bond order, bonding directionality and density of states are calculated and analyzed.

我们应用以前建立的理论，模型，计算并分析了Co〓Ti晶界原子簇的结合能，费米能级，键级，成键方向性，态密度等物理量。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。