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作者根据实验结果和稀丙位取代,亲电加成及自由基加成的反应机理将速率定律应用于这些反应,从而对于在Wǒhl～Ziegler溴代反应的正常条件下、稀丙位取代优先于加成的现象获得了满意的解释.
The authors applied the rate rule to these reactions based on the experimental results and the reaction mechanism of substitution of propylene, electrophilic addition and radical addition so that the substitution of propylene with a higher degree of substitution takes precedence over the reaction under normal conditions of bromination by Wǒhl ~ Ziegler Addition of the phenomenon obtained satisfactory explanation.