1) Dynamics of growth for crystallization
结晶生长动力学
2) grain growth kinetics
晶粒生长动力学
1.
The densification and grain growth kinetics of microwave and conventional sintered ZnO varistors were studied.
微波烧结ZnO压敏电阻的晶粒生长动力学指数为2。
2.
Both the structural evolutions of Fe_(35)Al_(35)Ti_(15)C_(15) (mole fraction,%) elemental powder during mechanical alloying,and the structural evolutions and grain growth kinetics of the mechanically alloyed Fe_(35)Al_(35)Ti_(15)C_(15) powder during annealing were investigated by XRD and TEM.
利用 XRD 和 TEM 研究机械合金化及等温退火过程中 Fe_(35)Al_(35)Ti_(15)C_(15)(摩尔分数,%)元素混合粉的结构演变和晶粒生长动力学,讨论其晶粒生长机制。
3) crystal growth kinetics
晶体生长动力学
1.
The effects of several key factors on recovery rate of Mg and the crystal growth kinetics of Mg(OH)_2 were studied.
制备花状球形氢氧化镁粉体,研究了几种关键因素对镁回收率的影响和氢氧化镁的晶体生长动力学。
4) single crystal growth kinetics
单晶生长动力学
5) Nanocrystal Growth Kinetics
纳米晶生长动力学
6) crystallization dynamics
结晶动力学
1.
The crystallization dynamic equations of CDNR were achieved,and the influencing factors of crystallization dynamics were discussed.
采用间歇动态法测定了2-氯-4,6-二硝基间苯二酚(CDNR)的结晶动力学参数,并回归了CDNR的结晶动力学方程,分析了结晶动力学的影响因素。
2.
Crystallization dynamics is the key process in a crystallization control process,it is relatively complex because of different research systems and crystallization condition varies.
结晶动力学是结晶过程控制的核心,因研究体系的不同及结晶条件的各异而相对复杂。
补充资料：结晶动力学
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CAS号：
性质： 研究结晶物质的结晶形成方式和过程以及结晶速率对时间、温度和分子结构等影响因素的依赖关系。理论上，晶体生长动力学可用等温结晶的动力学关系式——Avrami方程来定量描述。
CAS号：
性质： 研究结晶物质的结晶形成方式和过程以及结晶速率对时间、温度和分子结构等影响因素的依赖关系。理论上，晶体生长动力学可用等温结晶的动力学关系式——Avrami方程来定量描述。
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