讨论了新的近似式计算值与温度积分数值积分结果的偏差。
And its deviation from the values calculated by numerical integrating was discussed.
利用模式搜索法求取了一个新的温度积分近似式,给出了相应的估算动力学参数的方程。
A new approximation for temperature integral is proposed by using pattern search method. The corresponding equation for the evaluation of kinetic parameters has also been obtained.
我们可以做温度的积分。
Cv So, for Cp and Cv, these are often quantities that are measured as a function of temperature, and one could, in fact, calculate this integral.
一般Cp和,都是温度的函数,因此实际上,我们可以将这个积分计算出来。
The ideal gas constant doesn't change, temperature doesn't change, and so v we just have minus nRT integral V1, V2, dV over V.
理想气体常数不变,温度也不变,因此,是负的nRT,积分从v1到v2,dv除以。
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