STRATEGY OF MEASUREMENT OF NON-FARADAY ROTATION OF THE PHOTON ECHO POLARIZATION VECTOR IN A GAS

摘要

Experimental results of investigation of the non-Faraday rotation of the photon echo (primary and stimulated) polarization vector in a molecular gas (vapors of molecular iodine) in the presence of longitudinal magnetic field are considered in this paper. The theoretical information for the calculation of detected features (for the determination of rotation angle, for the determination of g-factors of the resonance medium, for the determination of type of branch of energy quantum transition when echo is formed) is discussed. For the first time the problem of eliminating the determination ambiguity of values of the tension and intervals between exciting pulses on registered rotation angle is solved. Oscillogrammes of experimental results and functional schemes of the laboratory equipment are shown in figures.