ionization energy

This paper I am going to discuss the activity order of metals through standard electric potential and ionization energy metal.

本文从金属的标准电极电势，电离势分别讨论金属活动顺序。

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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。

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So, in a first blush, you might say, well, why don't we just take the first ionization energy?

当你在这个问题上第一次陷入尴尬境地的时候，你可能会说，我们为什么不取第一个电离能呢？

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The periodical rule of element ionization energy can explain the FDMS characteristic of the kind of salts and predict FDMS characteristic of other group inorganic salts.

元素电离能呈周期性变化的规律能解释这类无机盐的FDMS行为和预测其它族元素组成的无机盐行为。

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So we should be able to calculate a z effective for any atom that we want to talk about, as long as we know what that ionization energy is.

我们应该可以计算出任何一个，我们想要谈论的原子的有效电荷量，只要我们知道电离能是多少。

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So, we can think about trends in electron affinity just like we did for ionization energy, and what we see is a similar trend.

那么，我们可以想一想电子亲和能的，周期性规律是怎样的，就像我们刚才分析电离能那样。

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Theoretical calculations on the adiabatic ionization energy of amidogen radical

胺基自由基绝热电离能的理论计算研究

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In this paper, factor of influence on matal activity is expounded by studying ionization energy, Cohesive force, ionic hydration energy and cystal lattice energy of the compound.

本文通过对金属的电离能，内聚力，离子水合能以及形成化合物的品格能大小的研究来阐明影响金属活性的因素。

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We know that ionization energy is going to increase as we go across the periodic table, so that means carbon has a lower ionization energy than nitrogen which is right next to us.

我们知道电离能会随着周期表，向右而逐渐变大，因此碳的电离能比旁边的氮要低一些，那么就像我说的。

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The energy levels, total energies and ionization energies of tetrahedrane and tetramethyl& tetrahedrane have been calculated by the CNDO/ 2 method in this paper.

本文用半经验的CNDO/2分子轨道法，计算了C4H4和C4（CH3）4的电子能级、电子总能量、电荷分布和电离能。

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The stability of carbocation was quantified with the penetrating shielding constant SR' ( C) obtained basing on. the ionization energy Ip of carbon free radical.

用碳自由基的电离能计算其屏蔽一钻穿常数S（R（C））~′，可定量碳正离子的稳定性。

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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。

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Our ionization energy is going to be equal to the incident energy coming in, minus the kinetic energy of the electron.

我们的电离能将等于，入射能量，减去电子的动能。

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Ionization Energy ( IE ) and Electron Affinities ( EA ) are expressed as kilojoules per mole.

电离能 和电子亲和性表达为每千焦耳摩尔.

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The influence of gas on the threshold of plasma shielding depends mainly on the thermal conductivity and dissociation energy of gas, while the influence of ionization energy is the secondary compared to the thermal conductivity and dissociation energy.

辅助气体对等离子体屏蔽临界功率密度的影响主要取决于气体的导热性和解离能，相比而言，气体电离能的影响是次要的。

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Different intramolecular hydrogen bond interactions can also significantly change the components of several molecular orbits near HOMO orbital of the asparagine conformers, resulting in a pronounced difference in their vertical ionization energy values.

分子内氢键还可以显著改变天冬酰胺HOMO轨道附近的几个轨道的成分，因而造成不同构型垂直电离能数值有显著差异。

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Moreover, we also deduced their correspondent values of lattice relaxation energy and optical ionization energy.

并求得它们对应的束缚能，晶格驰豫能和光离化能。

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The molecular orbital level and electron spectrum peek of nanocluster are calculated. The results show that the ionization energy is 1.862~ 1.875 keV, which are in agreement with the experiment results.

根据Koopmans定理，计算了纳米粒子簇的分子轨道能级，得到了电子能谱峰的位置，理论计算Si在1s的电子电离能为1.862～1.875keV，其尺寸效应与实验结果的变化趋势一致。

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Relation between ionization energy of isoelectronic atom& ion and atomic number

等电子原子离子的电离能与原子序数的关系

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