Thiele modulus

蒂勒模数

  • All the calculated intraparticle concentration gradient Thiele modulus and the non-isothermal effectiveness factor appeared with good regularities .

    由计算所得的粒内浓度梯度, Thiele 模数与非等温效率因子呈现出良好的规律性。

  • Thiele modulus dominating the reaction rate was defined as the function of conversion .

    模型中, 用于决定反应速率控制 步骤 Thiele 模数定义为转化率的函数。

  • Using intrinsic and macroscopic ( diffusion-limited ) reaction kinetic experimental data and introducing modified Thiele modulus the paper derived the method of calculating tortuosity factor for irregularly shaped particles .

    利用微观、宏观化学反应动力学实验数据,引入修正的 THIELE 模数,推导出计算非定形颗粒曲折率的方法。

  • The influences of activity distributions on different orders of reaction and effectiveness factors under the ranges of different Thiele modulus were analysed .

    分析了不同反应级数的反应受其影响的程度及活性分布在不同 西勒 模数区域内的影响规律 . 3 活力人群中均 呈正 分布。

  • In the high temperature jet flow region and impinging flow region the Thiele modulus of the char-steam reaction is greater than 6.9 and the pore diffusion has a significant effect .

    在高温射流区和撞击区,对于煤焦-水蒸气气化反应,粒径大于200μ mThiele 模数大于6.9,内扩散影响显著。