碱金属原子的价原子具有两种能态。
金属原子通常比一般的原子大得多。
The metal atom is generally much large than the atom of the normal.
金属原子在十二个位置上无序分布。
碱金属原子的价原子具有两种能态。
本文提出了金属原子半径的推算方法。
In this paper, the method of calculation of metal atomic radius is given.
电迁移是金属原子沿着电流方向的移动。
Electromigration is the movement of metal atoms in the direction of current flow.
蛋白质包绕金属原子。
非金属原子称为配体。
本文给出了缓变磁场中碱金属原子的量子力学解。
This PaPer Presents the quantum mechanics Solution to the alkali metal atoms in the Slowly varying magnetic field.
这就使得用重金属原子作同晶置换法遇到了麻烦。
This can make heavy atom derivatization in the presence of reducing agents, difficult and frustrating.
在气相中，金属原子失去电子的难易用电离势数值大小来衡量。
In Gaseous state, Numerical Value of Ionization energy measure difficult and easy of metal atom lose electron.
氧原子结合了金属原子，形成所谓的氧化物。氧化物就是金属锈。
Oxygen atoms combine with metal atoms to form what's called an oxide, and this oxide is what makes the metal appear tarnished.
一个穿入金属原子的高能电子可以逐出该金属原子的一个内层电子。
A high-energy electron which penetrates into the metal atom may dislodge one of the inner electrons of that atom.
晶体生长形成结晶金属原子最后到达点阵中的固定位置，晶体逐渐长大。
Crystal growth metal atoms to form the crystallization of the dot matrix fixed position, and crystals grew older.
这主要是由于沉积在硅油表面的金属原子和凝聚体向边缘扩散所造成的。
The anomalous edge effect indicates that the deposition atoms and the aggregates on the liquid surface diffuse towards the sample edge.
通过固相合成技术制备前过渡元素金属原子簇是一个富有吸引力的研究领域。
It is an attractive research field for chemists that clusters of early transition elements are prepared by the method of solid state synthesis.
金属原子或分子从一个地方到另一个地方的移动，这种移动会改变金属的属性。
The movement of atoms or molecules of a metal from one location to another that changes the properties of the metal.
通过单质金属的密度数据和晶体结构分析的数据，实现了金属原子半径的科学推算。
Using the density data of homojunction metal and the analytical data of crystal structure, the metal atomic radius is calculated.
检验结果表明，高强结合是由于存在于界面的金属原子间作用力起到了实质性作用。
The high strength originates from interaction between the two kinds of atoms existing at the interface, i. e. a direct metallurgical bond unperturbed but metallurgical defects.
实验上常常选择铯、铷等能级结构相对简单的碱金属原子来研究光与原子的相互作用。
Cesium, rubidium or other alkali metal atoms with simple energy level structure often are used in experiments to study the interaction between light and atoms.
介绍了三齿配体结构、中心金属原子、 助催化剂、负载化等对催化剂性能的影响；
The effects of tridentate ligand structure, central atom, co catalyst and supported on property of catalysts are presented.
这些液体将与周围金属原子发生反应，形成几个分子厚、坚固且具有保护性的膜，以修复表面的损害。
These react with nearby metal atoms and form tough, protective films a few molecules thick to ameliorate the damage.
报道了利用火焰原子吸收光谱法测定金属原子簇化合物中铬，用钠离子消除共存元素干扰。
This paper described the determination of chromium in metal cluster compounds by flame atomic absorption spectrometry. The coexisting element interference was eliminated by sodium ion.
由于采用了这种方法，模板的成形是属于金属原子级的沉积，因而可形成无粗糙度的开口。
By adopting this method the formation of form belongs to a deposition of metallic atomic level, so that it can form roughness-free opening.
本文探讨了有关二聚体的形成与溶剂极性、溶液浓度、取代基团性质及络合金属原子的关系。
In this paper, the correlations of the formation of dimers with solvent polarity, concentration, nature of substituent group and central metal were investigated.
建立了各种分布情况下，每个类金属原子平均所占金属-类金属键数与类金属含量的关系图。
The relation between the average number of metal-metalloid bond around one metalloid atom and the metalloid atom content in various distributions is established.
讨论了贯穿轨道对碱金属原子双层能级间隔的影响 ，得出一个双层能级间隔的波数公式 ；
The energy levels of alkaline metal atom spectrum are obtained and the influences of quantum number loss on atomic energy level are also discussed.
这一复杂的化合物组成的一个协调化合物含有脂肪酸残渣，最多一个RCOO每两个金属原子组。
This complex compound consists of a co-ordination compound containing a fatty acid residue and at most one RCOO group per two metal atoms.
双光子共振增强了碱金属原子的非线性极化率，可以观测到多种非线性光学过程产生的非线性光谱。
The nonlinear spectroscopy created by many kind of optical processes are observed while two-photon resonance enhanced the atomic nonlinear susceptibility.
各种金属或金属合成靶材被带电离子撞击，造成金属原子成为自由粒子沉积在上面的聚酯薄膜的表面。
Various metal or metal the material composing a target is collide with by electrified ion is brought about the metal atom becoming the free particle deposition surface in mylar above.
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