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On the non-thermal mechanism of water dissociation by the microwave irradiation

机译:微波辐射使水离解的非热机理

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The energy of microwave radiation is known to be efficiently absorbed by water. Conventional mechanism of this phenomenon regards the absorption as a consequence of excitation of conformational and rotational degrees of freedom of molecules of water as well as excitation of its intermolecular hydrogen bonds. Thus, the absorption of electromagnetic radiation causes the temperature increasing. We report about studying the absorption of water at the frequencies 2.5 GHz and 10 GHz. When using the chemiluminiscent methods we established that there was a non-thermal mechanism of water dissociation on the hydrogen and hydroxile radicals.
机译:已知微波辐射的能量被水有效地吸收。这种现象的常规机理认为吸收是激发水分子的构象和旋转自由度以及激发其分子间氢键的结果。因此,电磁辐射的吸收导致温度升高。我们报告了有关研究2.5 GHz和10 GHz频率下的水吸收的报告。当使用化学发光方法时,我们确定了氢和羟基自由基上存在水分解离的非热机理。

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