Borisov, S.F. (2011) Issledovaniyekharakteristikparnikovykhgazovnaosnovesolnechnoy IK Furye-spektroskopiiipostroyeniyefizicheskikhmodeleyprotsessovtep-lomassoperenosa v atmosfere. [Study of the Characteristics of Greenhouse Gases, Based on Solar IR Furye Spectroscopy and the Construction of Physical Models of Heat and Mass Transfer Processes in the Atmosphere.] Scientific.-Technical Report. Yekat., 175 p.

has been cited by the following article:

• TITLE: The Effect of Greenhouse Ozone on Human

  AUTHORS: Valery P. Oktyabrskiy

  KEYWORDS: Absorption Spectrum, Greenhouse Effect, Greenhouse Ozone

  JOURNAL NAME: Atmospheric and Climate Sciences, Vol.7 No.4, October 23, 2017

  ABSTRACT: The article compares the IR absorption spectra of the gases of the Earth’s atmosphere with frequencies, close to the frequency of the maximum of thermal radiation of human. It is shown that such a gas is ozone. Being in the transparency window of the atmosphere, it emits absorbed thermal radiation from the Earth. This radiation, in turn, gets to maximum heat absorption (radiation) of a human, and being with it in resonance, fuels him with energy. In larger cities this nourishment is weakened because of the smog due to the strong scattering of Earth radiation and ozone. Thus, the “greenhouse ozone” as a natural source of infrared radiation has beneficial effect on human.