1) macroscopic deformed potential
宏观形变位能
1.
The macroscopic deformed potential energies for fusion reactions are determined within a generalized liquid drop model (GLDM) which includes the volume—,surface ,and Coulomb energies,the proximity effects,the mass asymmetry,and an accurate nuclear radius.
熔合反应的宏观形变位能由推广的液滴模型来确定 ,它包括体积能、表面能、库容能、亲和力效应、质量的不对称性和精确的核半径 。
2) macroscopic deformation
宏观形变
3) macro-deformation
宏观变形
1.
Two diffusion bonding techniques: transient liquid phase diffusion bonding and hot isostatic pressing diffusion bonding was brought in and the macro-deformation of the diffusion bonding jionts was solved.
连接温度限制的条件下,压力是影响扩散连接的最主要参数,为保证扩散连接的快速进行,通常需要较大的连接压力,焊件的宏观变形就成为扩散连接的主要问题。
4) macroscopic lattice deformation
宏观点阵变形
1.
The macroscopic lattice deformation characteristics of four kinds of typical martensite transformation in iron-based alloy were observed and quantitatively analyzed by means of atomic force microscope (AFM), and it showed that the macroscopic lattice deformation characteristics of these four kinds of typical martensite transformation are not the same.
利用原子力显微镜观察并定量分析了铁基合金4种典型惯习面马氏体相变的宏观点阵变形特征。
5) rock macroscope deformation
岩石宏观变形
6) macroscopic deformation Parameters
宏观变形参数
补充资料：低位能
分子式：
分子量：
CAS号：
性质：见010 。
分子量：
CAS号：
性质：见
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条