1) batch dissolver
间隙溶解器
2) batch dissolution
间隙溶解
3) miscibility gap
溶解度间隙
1.
Using these energy parameters,the miscibility gap curves of Fe-Cu and Co-Cu alloys are calculated by way of tetrahedron approximation of Cluster Variation Method.
并应用这一关系,按集团变分法理论计算了 Fe-Cu,Co-Cu 二元合金溶解度间隙曲线,得到了与实测相图基本一致的结果。
2.
Binary alloy miscibility gap and Spinodal decomposition curves are calculated byvirtue of the pair approximation theory and Cluster Variation Method as the pair interaction ε_(ij) is assumed as constant.
应用集团变分法键近似理论,计算了原子间结合能 ε_(ij)为常数的二元合金溶解度间隙和失稳分解曲线,并就其最高临界温度 T_s 进行了理论分析。
3.
The Al-Zn-Cu ternary system is one of practically important systems among Al-based light alloys, and there is inconsistent acknowledge on miscibility gap of fcc solid solution in this system.
Al-Zn-Cu系是铝基轻合金中具有重要实际意义的基础系统之一,对该系fcc固溶体溶解度间隙的认识当前存在重要矛盾。
4) batch pot dissolution
间隙罐式溶解
5) solution porosity
溶解孔隙
6) space of dissolution
溶解空隙
补充资料：板式溶解器
分子式：
CAS号：
性质：是一种次临界几何形状乏燃料溶解器，它用溶解器厚度实现临界控制，形状如同板状。
CAS号：
性质：是一种次临界几何形状乏燃料溶解器，它用溶解器厚度实现临界控制，形状如同板状。
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