1.
A Statistical Mechanical Treatment of Hydrogen Evolution Reaction on FCC Metal
面心立方金属电极氢析出反应统计力学处理
2.
A model for the transformation of Crystal orientation in face-centred cubic metals has been proposed here.
本文提出一个面心立方金属中晶体取向转变的模型。
3.
A CALCULATION OF THE ENERGIES OF VACANCY MIGRATION AND SELF-DIFFUSION-ACTIVATION IN SOME fcc METALS
若干面心立方金属的空位迁移能和自扩散激活能的计算
4.
Defects of FCC Metal Materials Induced by High Current Pulsed Electron Beam;
强流脉冲电子束作用下面心立方金属缺陷结构形成与演化
5.
Study on the Calculation of Macroscopic Properties for FCC Metals Based on Molecular Dynamics Simulation and Artificial Neural Networks;
面心立方金属宏观物性的分子动力学及人工神经网络的模拟计算研究
6.
Equal apothem surface development method for hyperboloid metal wall
双曲面金属幕墙的等边心距展开方法
7.
EFFECT OF HYDROGEN ON THE DEFORMATION PROCESS AHEAD OF CRACK TIP IN BCC SINGLE CRYSTAL
氢对体心立方金属裂纹尖端变形过程的影响
8.
Determination of the Choice of Slip Systems for bcc Metals by Molecular Orbital Theory
体心立方金属滑移系选择的分子轨道理论判别
9.
Computer Simulation of Point Defects and Edge Dislocation in BCC Transition Metals;
体心立方过渡金属点缺陷与刃位错的计算机模拟
10.
Forming Limit Analysis of BCC Sheet Metal by Using Crystalline Plasticity Model
晶体塑性模型在体心立方金属板料成形极限计算中的应用
11.
Study on the Single Crystal Yield Surfaces of Cubic Metals and Evolution of Rolling Textures of Pure Aluminumh;
立方金属单晶屈服面和纯铝轧制织构演变的研究
12.
High quality nickel films have been successfully plated on cenosphere particles by dc magnetron sputtering at mom temperature.
本文论述了在空心微珠表面磁控溅射镀金属薄膜的方法。
13.
Method to form large area uniform metal plasmas based on central solenoid
中心螺线圈式大面积均匀金属等离子体形成方法
14.
Metal-Nonmetal-Metal Sandwiches: Out-of-Plane σ-Aromaticity and Electric Properties
金属—非金属—金属夹心型化合物：平面外σ-芳香性和电学性质
15.
Introduction of third generation metal roof standing seam system LSⅢ
第三代金属屋面直立锁缝系统LSⅢ介绍
16.
Something resembling a wire, as in slenderness or stiffness.
金属线状物如在细或坚韧方面象金属线的东西，金属丝状物
17.
The Ordered Structure of FCC Alloy Thin Film Tailored by the Epitaxial Growth Kinetics;
外延生长动力学剪裁面心立方合金薄膜有序结构的研究
18.
Thermodynamics of the Martensitic Transformation FCC→BCC(BCT)
面心立方→体心立方(正方)马氏体相变热力学