说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 热重动力学
1)  TGA Dynamics
热重动力学
1.
The Spontaneous Combustion Tendency Research of Sulphur Ore Based on TGA Dynamics;
基于热重动力学的含硫矿石自燃倾向性研究
2)  thermogravimetric kinetic analysis
热重动力学分析
3)  Thermokinetics
热动力学
1.
Nonlinear thermokinetics in KI-H_2O_2 reaction system;
KI-H_2O_2封闭体系热动力学研究
2.
Thermokinetics of Activation of Metal Ions to Amylase Catalyzed Reaction;
钙、镁离子对淀粉酶催化激活作用的热动力学
3.
A study on the thermokinetics of the soid-liquid reaction of zinc nitrate with histidine;
硝酸锌与组氨酸固液反应的热动力学
4)  thermodynamics [英][,θɜ:məʊdaɪ'næmɪks]  [美]['θɝmodaɪ'næmɪks]
热动力学
1.
Thermal stability and thermodynamics of Lactobacillus acidophilus microcapsule;
嗜酸乳杆菌微胶囊的热稳定性及热动力学研究
2.
Based on the basic theory of thermodynamics, the studies on the method of dimensionless parameters for 1/2 order reactions bring about the dimensionless parammeter formula for 1/2 order reactions, establish the function table of dimensionless parameters; moreover a discussion about the function values of dimensionless parameter is conducted.
根据热动力学基础理论,研究了1/2级反应的无量纲参数法,导出了1/2级反应的无量纲参数法公式,建立了无量纲参数函数表,对无量纲参数函数性质进行了讨论
3.
Some theoretical defects of the traditional fundamental laws of thermodynamics for classical continuum field theories is briefly pointed out.
指出了经典连续统场论中惯用的热动力学基本定律的不完整性。
5)  thermodynamic [英]['θə:məudai'næmik]  [美][,θɝmodaɪ'næmɪk]
热动力学
1.
Thermodynamic conditions of damage healing are analyzed and it is proved that the void diffusing is a main mechanism during the crack healing process,which is in accord with the crack healing process of pure iron by metallographic exa.
所得结果与金相法得到的纯铁的裂纹愈合过程相符 ,通过建立相关裂纹愈合模型分析认为裂纹愈合过程必须满足一定的热动力学条件 ,空位迁移是裂纹愈合的主要机
6)  thermal kinetics
热动力学
1.
Study on pyrolysis characteristics and thermal kinetics of different degradable films;
不同类型降解地膜的热解特性及热动力学研究
2.
The preparation methods and thermal kinetics of soft magnetic ferrite nano sized powders were reviewed.
综述了近年来软磁铁氧体纳米粉(晶)的制备方法及热动力学性质的研究进展。
补充资料:空气动力学法分离重同位素
分子式:
CAS号:

性质:依靠气体动力的作用实现同位素分离的方法。这种方法的分离效应是基于气体高速喷射气流的相互作用,气体漩涡,气体流线弯曲和冲击波等的气动力学作用。属于气动力学的方法有分离喷嘴、对向喷嘴、喷嘴膜、对向射流、漩涡管等。在分离重同位中以Becker的喷嘴法最为成功。

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