bz reaction

基本解释

As temperature increases, the induction period and oscillation period of BZ reaction decrease because the reaction rate increases.
随温度升高，BZ反应的速率增快，微凝胶自振荡的诱导时间和振荡周期均缩短。
The effects of alkaline catalyst BZ 1, reaction temperature, reaction time, amount of water on reaction efficiency were studied and discussed briefly.
考察了碱催化剂BZ 1、水含量、反应温度和反应时间对取代度和反应效率的影响。
In this paper we show that the Pt-electrode BZ reaction system under the lab-condition of temperature controlled can be reduced to a three-variables dynamic system with two slow varying parameters.
用慢流型上准定态的线性化稳定性分析法全面分析了此类恒温控制条件下铂电极BZ反应系在以温度为慢变参数的慢流型上的准稳定性及绕温度轴慢变轨迹的动力学行为。