金属晶体

金属晶体中原子堆积方式的周期性

The Periodicity of Packing Form of Metal Atoms in the Metallic Crystal

金属晶体结构模型的制作及球体钻模的设计

Fabrication of Metallic Crystal Structure Model and the Design of Spheroid Drill Plate

用x射线衍射方法测定金属晶体结构

The determination of crystal structure of the metals by X-ray diffraction method

以面心立方金属晶体Ag，Cu，Ni为例，讨论了非简谐振动对晶体的热膨胀系数、固体弹性模量的影响。

The influence of the anharmonic vibration on the expansion coefficient and elastic modulus has been discussed in this article with the examples of Ag , Cu and Ni which have the fcc structures .

用EDAX分析镀层确认只含铋，用XRD对镀层进行表征，证明了镀层中的铋以金属晶体存在，平均粒径为38nm。

Only Bi exists in the deposit by EDAX , and is metal crystal with average size 38 nm by XRD .

这种花纹意味着只能在外太空形成的金属晶体，

This pattern reveals metallic crystals that can only form out in space

点缺陷是一类非常重要的晶体缺陷，它们的产生、运动与相互作用，以至于聚集或消失，都影响着金属晶体的基本性质。

Among them , point defect is an important kind of lattice defects .

典型金属晶体结构的特征研究

Research on the Typical Crystal Structure of Metals

贝叶斯正则化神经网络预测金属晶体结合能的研究

The application of bayesian-regularization neural network in prediction of the cohesive energy of metallic crystalloid

金属晶体结构的体积解

Answer to volume of metal crystal structure

金属晶体中的经验原子对势

The empirical interatomic potentials of metal crystals

这些晶体表现出了其他较大尺寸金属晶体所不具备的光、电和催化特性。

The metals display catalytic , electrical and optical that would not be present in larger or odd-sized crystals .

由于升温速率对升温过程的主导作用，升温速率对过热金属晶体的过热和熔化行为的影响就表现为升温速率越高，熔点越高。

As the heating process is non-equilibrium and dominant , the overall effect of heating rates is the higher the heating rates the higher the melting temperature .

这必将丰富纳米晶体表面结构控制生长的内涵，深化对金属晶体生长规律的认识。

The current study has enriched the contents of surface structure controlled growth of metal nanocrystals and has deepened the understanding of the growth habits of metal nanocrystals .

可有多种化学成分的均匀固体；合金的成分，在元素的原子进入金属晶体时形成。

A homogeneous solid that can exist over a range of component chemicals ; a constituent of alloys that is formed when atoms of an element are incorporated into the crystals of a metal .

利用X-射线衍射技术对溅射沉积在非晶二氧化硅基底上的金属晶体超微粒的生长特性进行实验研究。

Using X-ray diffraction technique , the process of the crystal growth of metal ultrafine particles , which are prepared by sputtering method and deposited on the silica ! substrate , have been researched .

基于晶格与晶体结构的区别，从晶体学的角度，分析了面心立方、体心立方、密排六方这三类典型的金属晶体结构特征。

This paper analyzes the characteristics of the typical crystal structure of metals of FCC 、 BCC and HCP , based on the differences between the crystal lattice and the crystal structure , from the point of view of crystallography .

分析了离子晶体、原子晶体、分子晶体和金属晶体在熔化、沸腾以及溶于水时，微粒的相互作用是否破坏，即化学键是否断裂的问题。

The problem of whether the effect between particles is destroyed or not is analyzed in this paper , when ionic crystals , molecular atomic crystals and metallic crystals are melting , boiling or dissolving in water . That is the problem whether the chemistry bond is broken or not .

金属具有晶体结构。

A metal has a crystalline structure .

N型金属氧化物晶体Poisson方程的解

The solution of N type metal oxide crystals Poisson equation

将上述夹杂问题的解和HILL自洽方法相结合，给出了考虑晶界滑错效应的金属多晶体弹塑性响应。

Lastly , by the use of the Hill 's self-consistent method taking due consideration of the above solution , the influence of the grain boundary on the elastic-plastic deformation of polycrystal may be obtained .

作为算例，计算了金属光子晶体TM模和TE模的能带结构，证实其TE模的能带结构中存在超平带。

As a case , we calculate 2D metallic photonic crystals ' band structures of TM mode and TE mode , and approve that there are plasmon bands for TE mode .

从Hill微系统热力学理论出发，根据已建立的金属纳米晶体结合能的等效模型与相应熔化热力学模型，建立了简单、实用的金属纳米晶体熔化与过热的等效模型。

A simple but practical model for the melting and superheating of metallic nanocrystals was presented on the basis of Hill thermodynamic theory for small systems and our equivalent model for cohesive energy and corresponding melting thermodynamics .

P-RAP法生长金属卤化物晶体的纯化处理

The Purification on the Metal Halide Crystals Grown by P-RAP

采用一种快速的计算方法，并结合遗传优化算法，进行了金属光子晶体（MPBG）反射面天线的模拟与实验。

The simulation and test have been carried out for a metallic photonic bandgap ( MPBG ) reflector antenna , with an explicit method as well as a genetic algorithm .

金属单晶体杨氏模量的微观定量研究

Microscopic and Quantitative Researches on the Modulus of Metallic Single Crystal

其中，过渡族金属就是晶体硅中非常重要的杂质元素。

Transitional metals are some of important impurities in silicon .

金属多晶体晶粒的空间及截面拓扑分布特性

Plane Section and Spatial Topology Distribution Characteristics of Metallic Grains in Polycrystalline

N~+注入金属薄膜晶体生长的实验研究

Experimental Study on Crystal Growth by N ~ + Implanted Metal Films

激光诱导碱金属卤化物晶体电击穿与共振时间量子化

Laser-Induced electric breakdown in alkali-halide crystals and resonance time quantization