Since the gas molecules may be decomposed to radicals under strong electricfield, we also considered the adsorption of the CH3 and OH radicals.
由于气体分子在强电场下会分解成自由基，因此也考虑了自由基ch3和OH的吸附。
In resistant lines, the constitutive expression of CH1 and CH2 was more strong and the accumulation of CH2 and CH3 in intercellular Spaces was faster than in susceptible ones.
在抗病品系中，CH1和CH2有较高的本底表达水平，且CH2和CH3在胞间积累的速度也明显快于感病品系。
On the basis of equilibrated geometrical structure obtained by B3LYP/6-311G method, the nucleophilicity of-N(CH3)2 and-NH2 groups are investigated by electrostatic potential and MO calculations.
在B3LYP/ 6-311G计算所得的平衡几何构型基础上，分别根据静电势和分子轨道计算研究了分子中-NH2和-N（CH3）2的亲核性，并与偏二甲基肼和卤代烃反应的实验结果进行了对比分析。
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