文章要点研究了α及β硅钼酸生成的动力学并提出速率方程,以及涉及各类钼酸盐的可能反应程序。α酸的生成符合总的指数模型[At=θ_1+θ_2~*exp(θ_3t)+θ_4exp(θ_5t)],即吸收率与时间有关,比较起来,卢酸生成则遵循简单指数模型[A_t=θ_1+θ_2exp(θ_3t)],而符合着眼于硅酸盐浓度的“暇设一级”(动力学)的特点。本文作为第一次钼酸盐 The paper focuses on the kinetics of the formation of α and β silicomolybdic acid and proposes a rate equation and the possible reaction procedures involving various types of molybdates. The formation of α-acid follows the general exponential model [At = θ_1 + θ_2 ~ * exp (θ_3t) + θ_4exp (θ_5t)], ie the absorption rate depends on the time. + θ_2exp (θ_3t)], which is in line with the characteristics of “leisure level” (kinetics) focusing on the silicate concentration. This article as the first molybdate