monatomic

1. Argon is a monatomic gas.
   氩是单原子气体。
2. The lattice vibrations of one-dimensional coupled monatomic chain and the dispersion relations are studied.
   研究了一维耦合单原子链晶格振动以及色散关系。
3. The article simplifies the atom of one-dimensional monatomic chain as resonator, and pro vides a new statistic method of its Vacancy through Boltzmann distribution.
   视一维单原子链中原子为谐振子，运用玻尔兹曼分布给出了空位的一种新统计方法。
4. The handwritten manuscript titled "Quantum theory of the monatomic ideal gas" was dated December 1924.
   命名为“单原子的理想气体量子说”的手稿起始于1924年。
5. Polycrystalline silicon is a kind of form of monatomic silicon.
   多晶硅是单质硅的一种形态。
6. Helium is a monatomic chemically inert gas.
   它是单原子惰性气体。
7. It is the most plentiful of the rare gases making up approximately 1% of the earth's atmosphere. It is monatomic and extremely inert, forming no known chemical compounds.
   它是最丰富的稀有气体，占地球空气的约1%。它是单原子，极不活泼，没有已知的化合物。
8. The picture of the lattice vibration mode for one-dimensional monatomic chain induced by an interstitial impurity is studied mainly.
   主要研究了一维单原子链中间隙式杂质引起的晶格振动图像，分析了杂质质量和恢复力系数对振动模的影响。
9. The moving of a wave packet in one-dimensional monatomic lattice and that in a string are analyzed.
   分析了一维单原子链中与连续弦中的波包的演化过程。
10. In chapter 4, we investigated the behavior of wave in a nonlinear monatomic chain with damping. Parameter dissipation nonlinear Schrodinger ( PDNLS) equation of lattice dynamics is first obtained. Then we discuss effect of damping on soliton of monatomic chain.
    第四章，我们研究弱阻尼作用下非线性单原子链中的波动行为，首次在晶格动力学中得到了参数耗散型非线性Schrodinger方程oDNLS方程人以及阻尼对单原子链中孤立子的影响。
11. Based on Thomas-Fermi equation, the calculation methods of the monatomic entropy, Helmholtz free energy, Gibbs free energy were driven out.
    基于Thomas&Fermi方程，推导出了单原子的熵、自由能、吉氏自由能的计算方法。
12. Based on Thomas-Fermi model, the calculation methods of the monatomic entropy were driven out. The interior potential boundary condition under the electric field has been defined.
    基于Thomas-Fermi模型，推导出单原子熵的计算方法，并建立了电场作用下的内势场的边界条件。
13. H_2 and He, which are the simplest diatomic and monatomic molecules respectively, are always one of advancing areas for those scientists working at theoretical and experimental study on condensed state physics.
    氢、氦分别是结构最简单的双原子和单原子分子，在冲击加载条件下，氢，氦材料的热力学特性一直是从事凝聚态物理研究的理论和实验工作者非常关注的前沿研究课题之一。
14. Study on Phonon Structure of Monatomic Simple Cubic Nanometer Crystal Particle
    简立方单原子纳米晶体颗粒的声子结构研究
15. The paper has calculated both partition and thermodynamic functions of the perfect gas of monatomic molecule through seven classical ensemble distributions and obtained the same result. It has illustrated the thermodynamic equivalence of statistical distribution by practical examples.
    本文用七种经典系统分布计算了单原子理想气体的配分函数和热力学函数，得出相同结果.以实例说明了七种统计分布的热力学等价性。
16. Theoretical Study on Property of Lattice Vibration of One Dimensional Monatomic Nanoparticles
    一维单原子纳米颗粒晶格振动性质的理论研究
17. Quantizations of Lattice Vibrations in One Dimensional Monatomic Nanoparticles
    一维单原子纳米颗粒的晶格振动量子化
18. On the basis of the results of quantizations of lattice vibrations in one dimensional monatomic nanoparticles, formulas for the energy and specific heat of lattice vibrations, atomic mena square displacement and atomic mean square velocity are deduced, and numerical calculations are carried out.
    根据一维单原子纳米颗粒晶格振动量子化的结论，推导了一维单原子纳米颗粒晶格振动的内能、比热、原子均方位移和原子均方速度公式，并进行了数值计算。
19. The equation of lattice vibration of one-dimensional monatomic lattice and the equation of longitudinal vibration of a uniform bar are discussed.
    一维单原子链晶格振动与均匀杆自由纵振动的运动方程在数学上存在内在的联系。
20. Lattice Vibration of One-Dimensional Coupled Monatomic Chain
    一维耦合单原子链的晶格振动
21. We get the lattice wave solution of monatomic chain under the free boundary condition.
    在不使用循环边界条件情况下，求解出一维原子链的振动解析解。
22. Electronic States in the Interface of One-Dimensional Monatomic Crystals
    一维单原子晶体的界面电子态
23. Mean-square Velocities of Atoms in One Dimensional Monatomic Nanoparticles
    纳米一维单原子晶体的原子均方速度
24. The sputtering yields due to various ion impacts on monatomic materials are calculated using the ACAT code.
    用ACAT模拟程序计算了不同离子碰撞在单原子材料上的溅射产额。
25. In this article, the correlation between α factor and the thermodynamics in statistical mechanics is calculated by statistical law of three classic distributions. The result indicates that, when used upon a monatomic molecule ideal gas, the results of the three distributions are coincident.
    用三种经典分布的统计规律，计算了统计物理学中α因子与热力学量之间的关联，结果表明对单原子分子理想气体而言，其结论是一致的。
26. The phonon Green's function of monatomic simple cubic nanometer crystal particle is deduced with Dyson's equation in this article.
    应用Dyson方程推导了简立方单原子纳米晶体颗粒的声子格林函数。
27. Besides, the interior potential boundary condition under the electric field has been defined. Energy parameters calculation methods of monatomic, compound, solid solution, and alloy under the electric field have been set up.
    同时，确定了电场下的内势场边界条件，建立了电场下单原子、化合物、固溶体、合金的能量参数计算方法。
28. Theoretically simulated doped techniques to dope one or two kinds of atoms in monatomic carbon chains, and also predicted the stability of the doped carbon chains at room temperature.
    理论上模拟了在单原子碳链中掺杂一两种原子的方法，预测了掺杂后的碳链在室温下的稳定性，结果表明掺杂链与纯碳链同样是非常稳定的。
29. As an ideal covalent system, carbon chain, a rigid linear chain of monatomic carbon atoms, is expected to function as the component of molecular devices due to their exceptional physical and chemical properties.
    作为极其理想的一维共价体系，由碳单原子严格排列组成的碳链，拥有独特的物理和化学性质，被认为是构造分子和原子器件的理想功能材料。
30. In order to calculate the cohesive energies, we firstly calculated the monatomic energies and the total energies of the lowest energies configuration.
    为了计算结合能，先计算出单原子能量和对应的最低能量构型的总能量。

adj

1. of or relating to an element consisting of a single atom
   1. helium and argon are monatomic gases

   Synonym:    monoatomic