2) kinetics of bromamine acid biodegradation
溴氨酸降解动力学
3) Tetraethyl orthosilicate hydrolysis
正硅酸乙酯水解动力学
4) nitrite reduction kinetics
亚硝酸盐降解动力学
1.
Then,nitrite reduction kinetics model was constructed and the performance of a packed-bed biofilm reactor seeding with this kind of denitrifier for denitrification was studied.
采用批式试验考察了不同环境因子对该菌体生长和脱氮速率的影响,构建了亚硝酸盐降解动力学模型,初步探讨了菌体在填料床生物膜反应器中的脱氮性能。
5) degradation kinetics
降解动力学
1.
Stability of anthocyanin in pomegranate juice and its degradation kinetics;
石榴汁花色苷热稳定性及其降解动力学研究
2.
In vitro degradation kinetics of scutellarin;
灯盏乙素的体外降解动力学
6) hydrolysis dynamics
水解动力学
1.
In this study,we supposed that hydrolysis dynamics model controlled by trypsin at the same temperature followed the course of limit hydrolysis dynamics model of inner-enzyme,that obtained hydrolysis dynamic model controlled by trypsin.
研究蛋白酶酶促水解制备生物活性肽的反应机理与动力学行为,并在假设胰蛋白酶恒温控制水解动力学遵循内切酶限制水解动力学历程的前提下,通过实验方法求出了胰蛋白酶恒温控制水解动力学模型。
2.
By supposing the hydrolysis dynamics model controlled by Properase E at the same temperature followed the course of limit hydrolysis dynamics model of inner-enzyme,the obtained hydrolysis dynamic model was controlled by Properase E.
在假设碱性蛋白酶Properase E恒温控制水解动力学遵循内切酶限制水解动力学历程的前提下,通过实验方法求出了碱性蛋白酶Properase E恒温控制水解动力学模型。
3.
In this study, we supposed that hydrolysis dynamics model controlled by flavourease at the same temperature followed the course of limit hydrolysis dynamics model of inner-enzyme, that obtained hydrolysis dynamics model controlled by flavourease at the same temperature.
在假设风味酶恒温控制水解动力学遵循内切酶限制水解动力学历程的前提下,通过实验方法求出了风味酶恒温控制水解动力学模型。
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