用热释光一般级动力学方程拟合发光曲线，得到了峰参数和陷阱参数值。
The peak parameters and trap parameters were estimated by fitting these curves using the TL general kinetic order equation.
结果表明该方程拟合是成功的，EGCG提取符合传质扩散动力学规律。
Results showed that the equation optimization was succeeded and the extraction of EGCG complied to diffusion kinetic rules.
通过所得动力学参数的精度比较，获得了最佳拟合的2-甲基呋喃HDO反应的速率方程。
By means of comparing the accuracy of the kinetic parameters, the best fit rate expression for HDO reaction of 2MF was obtained.
同时拟合给出了结晶动力学方程，并对结晶反应机理进行了探讨。
The crystallization kinetic equation of these compounds were fitted with experimental data by computer, and the crystallization reaction mechanism has been proposed.
不同类型土壤锰吸附动力学以权函数方程拟合度较好。
Power function equation could better describe the adsorption dynamics of soil Mn in different soil types.
将测得的数据进行降解动力学方程的拟合并获得动力学参数；
The kinetic equation of Dicloxacillin sodium was deduced and the kinetic parameters were calculated.
利用缓变电磁场的拟合值，用数值法求解单电子的相对论动力学方程。
By fitting the parameters spontaneous electromagnetic field, the relativistic dynamical equations of single electron are solved numerically.
结论采用非线性最小二乘法拟合释药动力学方程得到的理论值更接近真实值，说明由非线性最小二乘法模型嵌合通用程序得到的动力学方程能准确表征微丸的释药动力学。
CONCLUSION the theoretical values obtained by non-linear least square model fit program is near to the test values. The theoretical equations can describe accurately the release kinetics of pellets.
文中对用高斯·牛顿法拟合三参数和四参数极化曲线方程序求取电化学动力学参数提出了两种改进方法。
Based on the idea of curve fitting, the nonlinear least squares method (Gauss-Newton method) has been applied to estimate the complex parameters.
文中对用高斯·牛顿法拟合三参数和四参数极化曲线方程序求取电化学动力学参数提出了两种改进方法。
Based on the idea of curve fitting, the nonlinear least squares method (Gauss-Newton method) has been applied to estimate the complex parameters.
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