1) 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。
2) Kinetic compensation effects
动力补偿效应
3) compensation effect
补偿效应
1.
The reviews of study on water deficit compensation and over_compensation effect for crops;
作物水分亏缺补偿与超补偿效应的研究现状
2.
Compensation effect of millet after drought.;
谷子旱后的补偿效应研究
3.
Compensation effect for electrical conductivity in minerals and its constraints on element diffusivity.;
矿物电导率补偿效应研究及其对元素扩散性质的制约
5) compensatory effect
补偿效应
1.
Advances in compensatory effects response to water stress;
作物水分胁迫补偿效应研究进展
2.
The compensatory effect in drought resistance of plants and its application in water-saving agriculture;
植物抗旱性中的补偿效应及其在农业节水中的应用
3.
Research progress on compensatory effects of crops in drought stress and rehydration
作物干旱胁迫及复水的补偿效应研究进展
6) compensatory effects
补偿效应
1.
Research on Compensatory Effects of Growth under Simulated Water Stress and Rewatering on Maize;
模拟干旱胁迫及复水条件下玉米生长补偿效应
2.
However,the present studies explored its positive effects from a view of the compensatory effects of rice to water stress.
水稻地上和地下部生长对轻度胁迫也存在明显的补偿效应。
3.
Highlight on the basic principle of crop high efficient use of water is as follows: after suffering light-moderate water deficit in a given growth stage and rewatering to the suitable conditions, crops produce compensatory effects on physiological growth and yield formation, which promote crop water use efficiency obviousl.
提出作物高效用水的基本原理在于一定生育阶段适度水分亏缺后覆水作物可以产生生理、生长和产量形成上的补偿效应,促使水分利用效率显著增高。
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