1) pseudo-second-order equation
伪二级动力学
2) pseudo second order kinetics equation
伪二级动力学方程
1.
demersum reached balance within 20min, the test results of sorption kinetics conformed to the pseudo second order kinetics equation, with its relativity coefficient reaching 0.
结果表明,金鱼藻对Cu2+的吸附在20min内达到平衡,吸附动力学的实验结果符合伪二级动力学方程,其相关系数达到0。
2.
The results of sorption kinetics conformed to the pseudo second order kinetics equation with correlativity coefficient reaching 1,1,0.
结果表明,菹草对Cu2+,Zn2+的吸附在20min内达到平衡,对Pb2+的吸附在50 min内达到平衡,吸附动力学结果符合伪二级动力学方程,决定系数分别达1,1,0。
3) pseudo-first reaction kinetic model
伪一级反应动力学模型
4) Pseudo-first reaction kinetics
伪一级反应动力学
5) pseudo-second order kinetic
准二级动力学
1.
The data are fitted to pseudo-second order kinetic model using linear and nonlinear regressive analysis,respectively.
根据准二级动力学的线性形式和非线性形式,采用最小差方和方法,用线性回归分析和非线性回归分析方法,得到了准二级动力学方程的参数。
2.
The data were fitted to pseudo-second order kinetic model using linear and nonlinear regressive analysis and the relative parameters were obtainedr,espectively.
根据准二级动力学的非线性形式和3种线性形式,采用最小差方和的方法,用线性回归分析和非线性回归分析方法,得到了准二级动力学方程的参数。
6) Pseudo-second order kinetics
拟二级动力学
补充资料：诖伪
1.谬误不实。
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