lattice energy

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。

approximate calculation of lattice energy of complex oxides

复合氧化物晶体晶格能的近似计算

the lattice energy effect and its application

晶格能效应及其应用

the topological research on lattice energy and magnetic susceptibility for alkaline-earth metal halide

碱土金属卤化物晶格能和磁化率的拓扑研究

polarization energy and lattice energy of α-ticl_3 layer crystal

α-TiCl3晶体的极化能和晶格能

Computer aided computation of ionic crystal lattice energy

离子晶体晶格能的计算机辅助计算

Improvment of Formula of Lattice Energy of Ion Compound

离子化合物点阵能公式的改进

Comparisons in the lattice energy and vibrational mode of the included molecules are performed and to study the mutual influence between the host lattice and the guest molecules.

通过比较两种结构的气体水合物的晶格能量和填充分子的振动模式来研究主客体之间的相互影响。

by using computer modeling based on the lattice energy minimization technique, the lattice energies of 19 types of high silica zeolite have been calculated.

应用晶格能极小化技术计算了十九种骨架拓扑结构的高硅沸石的全硅骨架晶格能。

Lattice Energy and Stability of the Ionic Compounds

晶格能与离子化合物的稳定性

It is found that there is strong localization of electronic state in Pr contained system, and there is a good corresponding relationship between the Tc and lattice energy.

发现在这些体系中，T c与晶格能之间有良好的对应关系，含Pr体系中存在强烈的电子态局域化效应。

Born& Haber Cycle incorporating Lattice Energy calculations can be used to determine the electron affinities and proton affinities of species, the formation enthalpy of ionic compound and the thermochemical radii.

玻恩&哈伯循环结合晶格能计算可用来求物种的电子亲合能和质子亲合能，离子化合物的生成焓和热化学半径。

the lattice energy effect

晶格能效应

discussion about the lattice energy theory formula

浅议晶格能公式

meanwhile, the high lattice energy of morphotropic phase boundary ( mpb) and the appearance of tetragonal contribute a lot in the enhancement of dielectric property.

同时，准同相界的高晶格活性及四方相的出现也是陶瓷材料介电性能提升的原因之一。

Ionic polarization and lattice energy of ionic crystals& theoretical calculation of polarization energy and the general equation of lattice energy for all types of ionic crystals

离子极化和离子晶体的晶格能&离子极化能的理论计算和适用于所有离子晶体的晶格能公式

on rule of meteorite series controlled by the crystal lattice energy

论陨石系列受晶格能控制的规律

The mechanism of applying thermoluminescence detector to dosimetry is elucidated by the theory of solid energy band ( lattice energy level).

用固体能带（晶格能级）理论阐述了热释光探测器用于剂量测量的机制；

feels grateful heart topological researches on the f center energy bands, lattice energy and standard entropy of alkaline halides

碱金属卤化物的F心能带、晶格能、标准熵的拓扑研究

the results are found that there is the turn over point of energy e_m/ p; when lattice energy is larger than the value of the energy heavy atoms in coupled chain stay at their balance positions, while light atoms vibrate;

结果发现，存在能量转变点Em/P，当能量大于此转变点时，耦合原子链中重原子静止在平衡位置，轻原子作热振动；

relationship between topological index~ mg and lattice energy or standard enthalpy of formation

拓扑指数~mG与卤化物的晶格能和标准生成焓的关系

a new method for estimating the lattice energy of ionic crystals

估算离子晶体晶格能的新方法

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。

according to born-haber circulation method, the lattice energy for them were estimated.

并依据Born-Haber循环法计算得到了它们的晶格能。

we give out a physical interpretation based on the local energy competition between the electron-lattice attractive energy and the lattice elastic energy.

通过局域电子晶格吸引势与晶格弹性势能的竞争，我们给出了不同形状孤子解的物理解释。

Combine the conclusion of structure and performance analysis with element Co and Ni, to Analyze the influence of them in crystal field stabilization energy, hydronium semidiameter, crystal lattice energy and oxidation value.

结合Co、Ni掺杂材料的结构和性能，将其在晶体场稳定能、离子半径、离子晶格能及氧化态等方面对正极材料循环性能的影响进行探讨。

the article calculates the changes of lattice energy and free energy with thermodynamical principle. meanwhile, it judges the stabilities of ionic halides on the ba-sis of the changes of lattice energy and free energy.

本文利用热力学原理，计算晶格能和自由能变，根据晶格能及自由能变来判断离子型卤化物的稳定性。

it is revealed that the formation energy of growth unit and crystal lattice energy are the main factors affecting particle size.

揭示了影响晶粒粒度的主要原因为生长基元的生成能、晶体的晶格能。

when lattice energy is smaller than the value of the energy, heavy atoms vibrate mainly, light atoms only vibrate with small amplitude.

而能量值低于此转变点时，重原子作振动，轻原子只作小振幅的振动。