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要以反应 Ｉ２ ＋ Ｈ２ →２ Ｈ Ｉ 为例， 说明了用模式识别确定化学反应的机理和推求总反应中各基元反应的动力学参数的原理和步骤以有进一步确认反应机理的正确性的方法． 指出了模式识别还可用来研究反应条件改变 （ 如： 光照射， 加催化剂， 温度巨变等） 引起的反应机理的变化。
Taking reaction I2 + H2 → 2 H I as an example, the principles and steps of determining the chemical reaction by pattern recognition and the kinetic parameters for determining the reaction of each elementary element in the total reaction have been described. In order to further confirm the correctness of the reaction mechanism method. It is pointed out that the pattern recognition can also be used to study the change of reaction mechanism caused by the change of reaction conditions (such as light irradiation, addition of catalyst, temperature change, etc.).