Gas laser with phase anisotropy in a constant magnetic fieldGonchukov, S A; Ermachenko, V M; Izmaĭlov, A Ch; Kasumova, R D; Petrovskiĭ, V N; Rurukin, A N · Soviet Journal of Quantum Electronics · 1981

Self-stabilization of the radiation intensity of a two-frequency gas laserGudelev, V G; Zhurik, Yu P; Izmaĭlov, A Ch; Yasinskiĭ, V M · Soviet Journal of Quantum Electronics · 1990

Gas laser with a phase anisotropy in an axial magnetic field for arbitrary relative excitation of the active mediumIzmaĭlov, A Ch · Soviet Journal of Quantum Electronics · 1982

Possibility of determination of the relaxation characteristics of atomic levels and transitions by nonlinear spectroscopy in a strong magnetic fieldIzmaĭlov, A Ch · Soviet Journal of Quantum Electronics · 1983

Influence of a difference between the <i>g</i> factors of levels on the emission characteristics of a two-mode gas laser with an anisotropic resonator in a weak axial magnetic fieldIzmaĭlov, A Ch · Soviet Journal of Quantum Electronics · 1983

Photorecombination lasers (review)Bashkin, A S; Oraevskii, A N · Soviet Journal of Quantum Electronics · 1973

Inverse Raman scatteringLau, A; Werncke, W; Pfeiffer, M; Lenz, K; Weigmann, H J · Soviet Journal of Quantum Electronics · 1976

Phosphate laser glasses (review)Kravchenko, V B; Rudnitskiĭ, Yu P · Soviet Journal of Quantum Electronics · 1979

Nonlinear fiber opticsDianov, Evgenii M; Mamyshev, P V; Prokhorov, A M · Soviet Journal of Quantum Electronics · 1988

Explosive absorption of radiationOraevskiĭ, A N; Protsenko, I E · Soviet Journal of Quantum Electronics · 1985

Raman lasers (review)Grasyuk, Arkadii Z · Soviet Journal of Quantum Electronics · 1974

Optical detection in GaSeAndronov, Yu F; Solomonov, Yu F · Soviet Journal of Quantum Electronics · 1988

Is the photon mass zero?Rivlin, Lev A · Soviet Journal of Quantum Electronics · 1992