1) Crystal stress
结晶应力
2) stress-induced crystallization
应力诱导结晶
1.
A computer modeling of PET HOY structure formation was developed based upon a combination of fundamental spinning kinetic equations, stress-induced crystallization, Euler's equation and Newton's dichotomy.
在基本纺丝动力学方程的基础上,引入显著的应力诱导结晶作用,运用改进的Euler方法和牛顿二分法,通过计算机求解动力学方程组,模拟涤纶HOY结构的形成过程,获得了纤维结构形成与卷绕速度、质量流量和侧吹风温度的关系。
3) reactive crystallization kinetics
反应结晶动力学
1.
The reactive crystallization kinetics of dexamethasone sodium phosphate were investigated in a continuous mixedsuspension mixedproductremoval (MSMPR) crystallizer.
利用连续稳态法在混合悬浮混合产品排除(MSMPR)结晶器中研究了地塞米松磷酸钠反应结晶动力学。
4) stress-induced crystallization
应力诱发结晶
5) high-gravity reactive precipitation
超重力反应结晶法
1.
Ultra-fine needle-like calcium carbonate particles were successfully synthesized by high-gravity reactive precipitation in the rotating packed bed (RPB) reactor.
采用超重力反应结晶法,在旋转填充床(RPB)反应器中,以Ca(OH)2-CO2为反应物系,MgCl2作为晶形控制剂,合成出了短轴为80~200nm、长径比为12~20且短轴及长径比分布较窄的微细针状碳酸钙,并对Ca(OH)2初始浓度、气液比、旋转床转速、反应温度以及MgCl2浓度等因素的影响进行了深入的研究。
2.
The synthesis of nano-sized cubic CaCo3 by the high-gravity reactive precipitation in arotating packed bed reactor(RPBR) was studied at pilot scale.
结果表明，利用超重力反应结晶法可以制备出平均粒度为１５－４０ｎｍ、分布较窄的立方形ＣａＣＯ３；碳化反应时间是传统方法的１／４－１／１０。
3.
The synthesis of nano-sized cubic CaCO3 by the high-gravity reactive precipitation in a rotating packed bed reactor(RPBR) were studied.
结果表明：利用超重力反应结晶法可以制备出平均粒度为15～40nm、分布较窄的CaCO3，碳化反应时间较传统方法缩短约4～10倍。
6) high gravity reactive precipitation
超重力反应结晶法
1.
Ammonia with high purity is obtained from industrial tail gas containing ammonia and carbon dioxide by high gravity reactive precipitation.
利用超重力反应结晶法分离工业尾气氨和二氧化碳以获得高纯氨 ,并将分离后的二氧化碳与氯化钙在超重力反应器中生产超细碳酸钙。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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