binding energy

So effectively , the binding energy is different .

等价的说，就是束缚能是不一样的。

Influence of Nuclear Binding Energy in Different Energy

不同能量下核束缚能的影响

Application of point charge interaction potential energy to calculating of crystal binding energy

点电荷相互作用势能在晶体结合能中的应用

Calculation of Binding Energy of Benzene Molecules by Solid State Mechanics Method

用固体力学方法计算苯分子的结合能

The Effect of Nuclear Binding Energy on the Quark Distribution

核束缚能效应对夸克分布的影响

What is the binding energy of the ground state electron in hydrogen ?

氢在基态的情况下，它的电子结合能是多少？

Surface binding energy effect in preferential sputtering of alloys target

合金靶择优溅射中的表面结合能效应

Fault diagnosis approach based on binding energy model for valves of reciprocating pumps

基于结合能量模型的往复泵泵阀故障诊断研究

When we talked about binding energy , we just had one quantum number .

当我们说到能量时，我们只要一个量子数。

Study of the Relation Between a Mass and Nuclear Binding Energy in Chiral σ Model

手征σ模型中σ介子的质量与核物质结合能曲线关系的研究

The results show that the temperature can affect mechanical properties but influence little on binding energy .

结果表明，温度对力学性能影响较大，而对结合能（Ebind）影响较小。

Calculation of Specific Binding Energy of the Stable Nuclei

用双键链式模型计算稳定核的比结合能

It is found that the polaron binding energy increases with pressure .

结果表明：极化子结合能随外加压力增加。

Radius of nuclear charge distribution and nuclear binding energy

原子核电荷分布半径及结合能

We know that binding energy is always negative , ionization energy is always positive .

我们知道结合能，总是负的，电离能总是正的。

The Coulomb Energy Constant in the Nuclear & binding Energy

核结合能的库仑能常量

A new method for estimating the binding energy of drug-receptor interaction

计算药物-受体相互作用结合能的一种新方法

The binding energy and effective mass of a Polaron in a quantum well

量子阱中极化子结合能和有效质量

A Study of the Binding Energy and Volume Thermal Expansion Coefficient for Noble Metals

贵金属的结合能、体膨胀系数的研究

The binding energy is discussed in terms of the probability of the ground wave function .

从基态波函数概率分布的角度，讨论了激子的束缚能。

Ground State Binding Energy of Strong Coupling Polaron in a Infinite Quantum Well

无限深量子阱中强耦合极化子的基态结合能

The effects of hydrogen on the resistivity and the electron binding energy were studied .

研究了氢对块体非晶合金电子结合能和电阻率的影响。

It is found that the impurity binding energy increases obviously with the magnetic field .

结果表明：杂质态结合能随磁场的增强而显著增大。

We find the location of impurities in the system have a impact on the binding energy .

我们发现，杂质的位置对系统的束缚能有一定的影响。

Binding Energy and Electronic Structure of Sc_ ( 13 ) Clusters

Sc（13）原子簇的结合能和电子结构

The binding energy per atom increases monotonically with size .

每原子平均束缚能Eb随尺度单调增长。

Binding Energy of Donor in Asymmetric Quantum Well

非对称势阱中施主杂质的束缚能

The ionization energy , of course , is just the negative of the binding energy .

电离能，我们知道也就是，负的结合能。

Influence of an Impurity on the Binding Energy for an Cylindrical Quantum Dot

杂质对柱形量子点系统束缚能的影响

Binding energy affects nuclear mass .

能量结合能影响原子核质量。