根据固体理想表面吸附模型建立气—固相催化动力学方程式的方法,早先由Hinshelwood 及 Hougen 和 Watson 提出。由于所建机理性动力学方程式的物理意义明确,数学关系简单,而且方程式中的动力学参数是根据实验确定的,因而可以应用于实际。由于上述优点,加之电子计算机的广泛使用,目前国内用题述方法筛选气—固 The method of establishing a gas-solid phase catalytic kinetic equation based on the solid-ideal surface adsorption model was previously proposed by Hinshelwood and Hougen and Watson. Due to the physical meaning of the established kinetic kinetic equation, the mathematical relationship is simple, and the kinetic parameters in the equation are determined experimentally and thus can be applied to practice. Due to the above advantages, coupled with the widespread use of electronic computers, the current domestic method of screening gas-solid