不仅是分子的振动，也有晶格的振动。
And not only molecular vibrations, but vibrations of a crystal lattice.
气体的熵只决定于，分子在晶格中排列的种数。
And so the entropy for this gas here is just - the number of ways of placing the molecule in the lattice.
每个硫酸铜单位晶格所含有的铜、硫、氧这三种元素的原子数的比例和每个硫酸铜分子中这三种元素的原子数的比例，二者是相一致的。
There is in the structure a unit of pattern containing copper, sulphur, and oxygen atoms in the same proportions as that in which they occur in the molecule.
语言被编码进DNA，然后分子、以太细胞结构、晶格工作层、脉轮系统、精微身体、光身体，以及与联合语言共同织就的更大金场中。
Language is encoded into the DNA and then the molecules, etheric cellular structure, grid work, chakra system, subtle bodies, light body and greater auric field woven with the associated language.
本文应用分子动力学模拟方法，讨论了NVE系综中不同初始晶格类型对模拟系统平衡温度和截断半径对模拟系统平衡总能的影响。
The effects of initial different crystal lattice of simulated system on balance temperature and cut-off radius on total balance energy were discussed in NVE ensemble by molecular dynamics simulation.
晶格空位在晶格里由于缺少一个原子、一个离子或一个分子造成晶格空位。
A crystal defect caused by the absence of an atom, an ion, or a molecule in a crystal lattice.
分子成像基础研究的工具有基因重组技术、X线晶格成像、快速物质波谱分析、计算机和机器人技术。
There are tolls of basic study of molecular image-forming such as gene recombinant technique. X-ray crystal image-forming.
在这些配合物中，羧基氧、配位水分子和晶格水分子之间存在大量的氢键相互作用。
In these complexes, there are hydrogen bond reciprocity between carboxyl groups and crystal lattice water molecules.
总结了分子组装技术及超晶格研究的历史，介绍了分子组装技术制备超晶格的几种方法。
The history of studies on molecule assembly technique and superlattice is summarized. Several methods of preparing superlattices by molecule assembly technique are introduced.
第二章用解析方法研究一维分子晶体电子-声子耦合系统基态中晶格非线性效应。
In chapter two we analytically study the nonlinear lattice effects for the ground state of electron-phonon interaction one-dimensional molecular crystal system.
双轴分子通过色散力作用，使分子质心固定在简单立方晶格的格点上。
The biaxial molecules interact via dispersion forces and the molecular centres of mass are located at the sites of a simple cubic lattice.
刚性沸石中，部分晶格可被水分子松开，晶体保持不变但晶体孔穴增大。
Part of lattice in rigid zeolites can be slackened by water molecules, the crystal lattice remains unchanged, but its space is increased.
概述了常压下分子晶体的晶体结构、晶格能、电子键结构等晶体性质。
The crystal structures, lattice energies and electronic band structures at ambient condition are summarized.
经xrd和红外光谱的微观分析，当锂离子置换钙离子后，膨润土的晶格间距减小，结构中的水分子减少。
Through microscopic analysis of XRD and infrared spectra, when calcium ion is replaced by lithium ion, the lattice spacing of bentonite and the water molecule number in the structure decrease.
经xrd和红外光谱的微观分析，当锂离子置换钙离子后，膨润土的晶格间距减小，结构中的水分子减少。
Through microscopic analysis of XRD and infrared spectra, when calcium ion is replaced by lithium ion, the lattice spacing of bentonite and the water molecule number in the structure decrease.
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