Abstract: The recent in situ experiment by Vogelmann et al devoted to studies of the excess absorption to be for the clear humid atmosphere within the 0.94 $mu@m water band in the visible region shows that the problem of the absorption enhancement is caused rather by the uncounted molecular absorption into bands than by an aerosol absorption. On the other hand, our recent studies of the nonlinear continuum absorption of the pure water vapor had described the continuum absorption of the pure water vapor in the MW and IR. It is interesting to apply the nonlinear continuum, that is followed from the fundamental properties of the hypothetical absorption scattering interaction, to account for the absorption in the near IR region such as the band of 10400 - 10900 cm$+$MIN@1$/. The observed enhancement of 5 - 10% in comparison with a method using the Lorentzian is calculated and this is a result of the influence of UV bands of nitrogen on the selective continuum of the pure water. In a whole, the approach developed earlier has been successfully extended to the foreign broadening case.!12
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机译：摘要：Vogelmann等人最近进行的原位实验专门研究了可见区域0.94 $μm的水带内的清晰潮湿大气中的过量吸收，这表明吸收增强的问题是由未被吸收的分子吸收成带状比被气溶胶吸收。另一方面，我们最近对纯水蒸气的非线性连续吸收的研究描述了在MW和IR中纯水蒸气的连续吸收。有趣的是，应用非线性连续体，从假设的吸收散射相互作用的基本特性出发，考虑近红外区域（例如10400-10900 cm $ + $ MIN @ 1 $ //）中的吸收。与使用洛伦兹法的方法相比，观察到的提高了5-10％，这是氮的UV谱带对纯水的选择性连续体影响的结果。总体而言，较早开发的方法已成功地扩展到国外拓宽案例。！12
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