The physical basis for the generation of laser radiation magnetic multipole
V.P. Lopasov
V.E. Zuev Institute of Atmospheric Optics of Siberian Branch of the Russian Academy of Science, 1, Academician Zuev square, Tomsk, 634021, Russia
Keywords: молекулярный газ, бигармоническое излучение накачки, самоорганизация, ансамбль "электрон-ион", приготовленный магнитомультипольный переход, оптический "соленоид-резонатор", molecular gas, biharmonic pump radiation, self-organization, "electron-ion" ensemble, prepared magnito-multipole transition, optical "solenoid-resonator"
Abstract
The physical basis for generation of magnitomultipol (MM) radiation in the region of 250-900 nm is suggested, as well as the mechanism of two-dimensional inverse relationship between the energies of Shtar effect at the low-frequency electric dipole and Zeeman effect on high-frequency magnetic multi-pole vibration-rotation transitions, combined with lower status in the V-scheme. The mechanism sets the rate of self-molecules in the “electron-ion” ensemble at MM, prepared in a weak magnetic multipole transition. Ensemble in the form of many cylindrical “solenoid-resonator” generates radiation in the MM-accumulation time on the threshold of the diamagnetic power between states of the prepared transition.
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