The reaction of the CH3 radical with molecular HNCO was examined using MP2 method at the 6311++g**basis set level.The geometry configures of reactants,intermediates,transition states and products were optimi...The reaction of the CH3 radical with molecular HNCO was examined using MP2 method at the 6311++g**basis set level.The geometry configures of reactants,intermediates,transition states and products were optimized.The result shows that the reaction CH3+HNCO→CH4+NCO is an absorbing hydrogen atomprocess,and there is a hydrogenbond complex(M) produced by the interaction of reactants,the energy of which is 813kJ/mol,less than that of the reactants.展开更多
文摘The reaction of the CH3 radical with molecular HNCO was examined using MP2 method at the 6311++g**basis set level.The geometry configures of reactants,intermediates,transition states and products were optimized.The result shows that the reaction CH3+HNCO→CH4+NCO is an absorbing hydrogen atomprocess,and there is a hydrogenbond complex(M) produced by the interaction of reactants,the energy of which is 813kJ/mol,less than that of the reactants.
