1) latent heat release model
结晶潜热处理
2) latent heat
结晶潜热
1.
Cavity temperature of LDPE injection molded parts with microstructure region considering latent heat;
考虑结晶潜热的LDPE微结构件注射成型模内温度场
2.
Influence of Cooling Rate and Alloy Composition on Latent Heat of ZA Alloy;
冷却速度和合金成分对ZA合金结晶潜热的影响
3.
A previously proposed numerical iteration method, based on the continuum model of solidification transport phenomena (STP) and temperature compensation method, is used to further investigate the latent heat release problems in alloy solidifica-tions of any temperatur.
铸件凝固结晶潜热的释放行为与凝固传热、溶质传输及铸造合金种类与成分等诸多因素有关,合金凝固过程中其温度、固相体积分数与液相成分(T-fs-C_L)三者之间一般存在着非线性强耦合关系,采用合金凝固传输统一模型及温度回升(补偿)法提出的处理任意结晶温度区间(包括零结晶区间)凝固潜热释放问题的数值迭代计算方法,对不同合金成分与不同固相反扩散效应的二维Al-Cu合金铸件定向凝固传输过程进行了数值计算,表明该方法对于从纯金属到共晶成分的不同成分合金及从Scheil模型到Lever—Rule模型之间的任意凝固模式均是有效的,将该方法推广应用于叶片铸件三维凝固传输过程的T—fs—C_L耦合数值模拟仍显示出高的计算效率,通过对计算结果进行的三维图像数据处理,展示了铸件几何形状对凝固传输行为的重要影响。
3) crystallization latent heat
结晶潜热
1.
It was presented that the crystallization latent heat difference between (10 1 0) prismatic plane and basal plane of graphite in graphite growing procedure is an important influencing factor on the growth morphology of graphite.
提出石墨在生长过程中由结晶潜热引起棱面与基面的温差是影响其生长形态的重要因素。
2.
It is good for the emanatory of crystallization latent heat and the improvement of the radical resistivity in the crystal.
研究发现在导流系统中引入导流筒及冷却功能后,氩气流场得到明显的改善,晶体中纵向温度梯度均匀性改善,固液界面趋于平坦,有利于结晶潜热的散发和单晶径向电阻率的均匀性。
4) recrystallizing heat treatment
再结晶热处理
5) latent heat treatment
潜热处理
1.
How to deal with latent heat is investigated Equivalent specific heat method is regarded as an efficient method among the general latent heat treatments method such as temperature compensation method and enthalpy method.
本文介绍了凝固过程数值模拟中潜热处理的几种方法 ,简单比较了它们的优缺点。
2.
A mathematic model is established relating to therealationship between the eutectic solid fraction and casting temperature of ductile ironsolidification; The method of latent heat treatment can fulfill temperature recovery inthe early sarge of cutectic reaction of ductile iron.
这种潜热处理方法实现了球铁共晶前期温度回升。
6) lamellae annealing
片晶热处理
补充资料：二次再结晶(见再结晶晶粒长大)
二次再结晶(见再结晶晶粒长大)
secondary recrystallization
erCI 201」le」Ing二次再结晶(seeondary reerystallization) 见再结晶晶杠长大。
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