1) Dynamic Effect
动力学效应
1.
The influence of temperature and pressure on diamond which is synthesized using powder technology is investigated and its dynamic effect i s discussed, enhancing understanding of characteristics of diamond synthesis.
考查了合成温度、压力对粉末工艺金刚石合成的影响 ,探讨了其动力学效应 ,加深了对粉末工艺金刚石合成特性的认识。
2.
A study on dynamic effect of three point bending beam made of laminated composite subjected totransverse impact have been carried out.
研究了十字叠层复合材料梁横向冲击响应的动力学效应,根据冲击实验曲线用动态有限元方法计算了惯性效应和应力波效应对位移和应力响应的影响。
2) kinetic effect
动力学效应
1.
The glass transition temperature, Tg, the onset crystallization temperature, Tx, and the crystallization peak temperature, Tpi, of the BMG are found to depend on the heating rate during the continuous heating, suggesting that both glass transition and crystallization have a significant kinetic effect.
实验表明,在 Zr基大块非晶合金中掺入 Fe后,其玻璃转变与晶化行为都与加热速率有关,均具有动力学效应。
3) Dynamics effect
动力学效应
1.
Compound modification function and dynamics effect of low - Cr white cast iron;
低铬白口铸铁复合变质的作用及动力学效应
4) kinetic compensation effect
动力学补偿效应
1.
The decomposition processes and kinetic parameters of RDX and HMX are markedly affected by test conditions, specimen state and test method, and the "kinetic compensation effect"and "isokinetic points(temperatures)" exist in these parameters.
RDX和HMX在不同的分解阶段有不同的动力学参数和机理函数,其分解过程和动力学参数受试验条件、样品状态和试验方法的影响很大,但这些参数之间存在"动力学补偿效应"和"等动力学点"。
2.
The matching of one set of experimental data with several pyrolysis models is explained in terms of kinetic compensation effect.
阐述了目前被许多研究者所运用的模型匹配方法求解动力学参数的不足之处,并从动力学补偿效应的角度来说明一组实验数据可以与多个模型匹配的情况。
3.
92 min-1,and the kinetic compensation effect equation of ln A=0.
92 min-1,动力学补偿效应方程为lnA=0。
5) kinetic salt effect
动力学盐效应
6) pharmacodynamics
[英][fɑ:mə,kəudai'næmiks] [美][,fɑrmə,kodaɪ'næmɪks]
药物效应动力学
1.
The relationship between pharmcokinetics and pharmacodynamics of the water-soluble;
红花水提物的药物代谢动力学和药物效应动力学实验研究
补充资料:动力学溶剂效应
分子式:
CAS号:
性质:不直接参与反应的溶剂对反应速率和反应机理所产生的影响,如介电效应、极性效应、酸度效应、笼效应等。这些效应有时是互相影响和关联的。
CAS号:
性质:不直接参与反应的溶剂对反应速率和反应机理所产生的影响,如介电效应、极性效应、酸度效应、笼效应等。这些效应有时是互相影响和关联的。
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