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On the one hand, it was calculated on the basis of the time-dependent rate constants of reactant. The activation energies were derived by fitting the data of the experimentally obtained activation . On the other hand, the reaction proceeds by means of free radical. The activation energy is calculated to be 3.9 kcal/mol. Further, the influence of the activation energy was investigated using a model calculation . . For details, see also the [Supporting Information]( Activation energies for the reaction of methane with hydroxyl radicals are needed. . 493. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the reaction of methane with hydroxyl radicals are needed. .Activation energies for the

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