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Greenhouse effect of clusterization of CO2 and CH4 with atmospheric moisture

机译:CO2和CH4与大气水分聚集的温室效应

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Carbon dioxide and methane are major compounds involved in global warming. The process of CO2 and CH4 molecules absorption by water clusters was investigated by the molecular dynamics method. The frequency spectra of dielectric permittivity for systems consisting of (H2O)_n, (CO2)_i(H2O)_(10) and (CH4)_i(H2O)_(10) clusters mixed in various proportions were determined. The IR radiation absorption spectra of these systems were calculated and compared. Also, the radiating power of these systems was established. The capture of greenhouse gases' molecules by ultra disperse water media reduces the ability of the media to absorb the Earth's radiation, i.e., it reduces the greenhouse effect.
机译:二氧化碳和甲烷是导致全球变暖的主要化合物。采用分子动力学方法研究了水团簇吸收CO2和CH4分子的过程。确定了由(H2O)_n,(CO2)_i(H2O)_(10)和(CH4)_i(H2O)_(10)簇按各种比例混合而成的系统的介电常数的频谱。计算并比较了这些系统的红外辐射吸收光谱。同样,建立了这些系统的辐射功率。超分散水介质对温室气体分子的捕获降低了介质吸收地球辐射的能力,即降低了温室效应。

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