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The dipole moment effect, which occurs due to isotopic substitution of one oxygen atom in the absorbing molecule, on the collisional half-width of rotational-vibrational lines in the ν3 band in the case of perturbation by the main isotopologue 16O12C16O is investigated. Self-broadening...
Steady-state motion of a moderately large solid aerosol spherical particle electromagnetically irradiated in a gas is described theoretically in the Stokes approximation. In the consideration of the motion, it was supposed that the average temperature of the particle surface could differ...
The problem of calculation of He-broadening coefficients for rotational lines of the H2S molecule at different temperatures (including close to absolute zero) is considered and discussed. The parabolic and exact trajectory models are used in the calculations. It is shown that semi-classical...
Results of studying the aerosol optical depth (AOD) in the atmosphere of the arid zone of Mongolia are discussed. The sites of the photometric observations were located on the territory of Gobi desert and included the Dalanzadgad, Sainshand, and Baruun-Urt stations. The seasonal and interannual...
We analyze the friction-velocity-normalized turbulence kinetic energy (E
) in the near-ground atmospheric layer over urbanized territory. Based on the field measurements, we studied the dependence of E
on the mean wind direction and the stratification type. Different E
A photonic jet is a specific spatially-localized region in the near field of optical radiation scattering by a micron-size particle. The spatial shape and basic characteristics of photonic jets depend to a large extent on the internal structure and size of microparticles. A qualitative...
We analyze the coupled measurements of the aerosol optical depth (AOD) and moisture content of the atmosphere in the Middle Urals, performed during the summer-fall period in urban (Yekaterinburg) and background (∼65 km away) observation sites. In addition to AOD, we also considered the following...
Features of the formation of an optical Bessel beam in a turbulent atmosphere are studied on the basis of a solution of an equation for the second-order mutual coherence function of the field of a Bessel optical beam. A condition has been derived for the mean intensity of a Bessel beam, which is...
We consider how a nonstationary electric field influences a system of nanotubes. Based on the results, the effect of generation of millimeter radiation is predicted. The mathematical simulation results are presented.
The numerical examination of spectra of stellar scintillations observed through the Earth’s atmosphere from space is carried out. Three models of 3D spectra of inhomogeneities forming scintillations are considered: isotropic, anisotropic, and inhomogeneities with variable anisotropy. 2D and 1D...
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