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Citation: Sa. Kazantsev et Ag. Petrashen, Diagnostics of a strong magnetic field using spectropolarimetry of the decaying emission, OPT SPECTRO, 89(3), 2000, pp. 348-351
Citation: Sa. Kazantsev et Ag. Petrashen, Polarization characteristics of the emission of the D-1(2)-state of an oxygen atom obtained as a result of charge exchange of an oxygen ion at a hydrogen atom, OPT SPECTRO, 88(4), 2000, pp. 498-501
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Citation: Sa. Kazantsev et al., Spectropolarimetry of emission of the upper atmospheric layers: III. Polarization of the radiation of optical flares in the emission of night sky, OPT SPECTRO, 86(4), 1999, pp. 493-497
Citation: Sa. Kazantsev et al., Spectropolarimetry of radiation of upper layers of the atmosphere: II. Quantitative analysis of the results of spectropolarimetry of radiation of a proton aurora, OPT SPECTRO, 86(1), 1999, pp. 19-21
Citation: Sa. Kazantsev et Ag. Petrashen, Methodical aspects of the quantitative collision spectropolarimetry of emission of hydrogen atoms excited by proton impact: II. Solution of the collision problem, OPT SPECTRO, 84(4), 1998, pp. 487-491
Citation: Sa. Kazantsev et Ag. Petrashen, Methodical aspects of quantitative collisional spectropolarimetry of emission of hydrogen atoms excited by proton collision: I. Statement of the spectropolarimetric problem, OPT SPECTRO, 84(3), 1998, pp. 324-327
Citation: Sa. Kazantsev et Ag. Petrashen, Spectropolarimetry of high-temperature plasma radiation arising from an aligned probing beam, OPT SPECTRO, 84(2), 1998, pp. 154-158