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1·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。

2·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。

3·These results indicate that the microhardness of crystals depends not only on the crystal structure and lattice energy but also on temperature.

最后指出晶体硬度不仅与晶体的结构、晶格能有关，而且也与温度的影响有关。

4·It was concluded that the interior factors affecting the particle size of powders are the formation energy of growth unit and lattice energy of crystal.

揭示了影响晶粒粒度的内部原因为生长基元的生成能、晶体的晶格能。

5·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。

6·But look at the lattice energy, the Madelung energy component is huge which tells you that when ions form they really want to continue to glom onto one another and form that giant crystal.

看看晶格能，马德龙能很大，这告诉我们，当形成离子是，它们如果要继续的话，需要从另外一方夺取电子，形成巨大的晶体。

7·The internal energy per plaquette in SU(2) lattice gauge theory is worked out.

求出了正切作用量的四维 SU_（2）格点规范理论的元格内能。

8·The net stability and crystallization of the gel-glass was analyzed by energy of crystal lattice.

利用晶格能对凝胶玻璃的稳定性与析晶特性进行了定性分析。

9·The processes of energy transfer of semiconductor surface irradiated by picosecond laser pulses are studied. Discussion is focussed on energy transfer from the electron-hole plasma to the lattice.

在皮秒脉冲激光辐照时，半导体材料表面的能量转换过程中，重点讨论能量从电子-空穴等离子体到晶格的转换过程。

10·It is presented that one of the most important energy relaxation processes is the electron-phonon interaction, which determines the energy transfer from electronic carrier system to the lattice.

指出能量转换特性的最重要的弛豫过程是电子-声子相互作用，决定了由电子载流子系统到晶格的能量转换。