Opticheskii Zhurnal. 2009. V. 76. № 10.
Calculation, design and manufacture of optical systems
Lapo, L.M., Sovz, I.E., Sokolskiy, M.N.
Fast objectives for thermal viewersOlendskiy, O.L., Sokolskiy, M.N., Tregub, V.P.
Polarization channel for transferring the azimuthal direction along the verticalBezzubik, V.V., Belashenkov, N.R., Ustinov, S.N.
Optimization of algorithms for autofocusing a digital microscopeVolkova, M.A., Litvinovich, A.A., Melnikov, K.I., Natarovskiy, S.N.
Monitoring the image quality in a microscopeOptical instrumentation and technology
Volkov, O.A., Demin, A.V., Denisenko, S.A., Konstantinov, K.V.
The DOL-2 optical radar ceilometer for measuring the cloud ceilingKhitrik, A.S., Bykov, M.P., Utenkov, B.I.
Thermal viewers based on an uncooled bolometer arrayNikiforov, O.V., Pimenov, Y.D., Sokolskiy, M.N., Stroganov, A.A., Efros, A.I.
The optical system of a wide-angle collimator-type aviation displayKorolev, A.N., Gartsuev, A.I., Polishchuk, G.S., Tregub, V.P.
A digital autocollimatorDenisenko, S.A., Kamus, S.F., Pimenov, Y.D., Tergoev, V.I., Papushev, P.G.
The AZT-33VM fast, wide-aperture telescopeBelashenkov, N.R., Kalinina, T.V., Lopatin, A.I., Skobeleva N.B., Tyutryumova, T.V.
Microviewers—the next generation of digital microscopesBerzon, L.E., Bogomolova, L.E., Varlamova, L.L., Gelikonov, V.M., Gelikonov, G.V., Gurov, I.P., Ershov, V.A., Korolev, M.P., Ksenofontov, S.Y.
Using optical coherent tomography in endoscopyVolkov, O.A., Denisenko, S.A., Konstantinov, K.V., Kruglov, R.A.
Visibility-range meterGorbunov, G.G., Demin, A.V., Nikiforov V.O., Savitskiy, A.M., Skvortsov, Y.S., Sokolskiy, M.N., Tregub, V.P.
Hyperspectral apparatus for remote probing of the earthSavitskiy, A.M., Sokolskiy, M.N.
Optical systems of objectives for small spacecraftSavitskiy, A.M., Sokolov, I.M.
Questions of constructing lightened primary mirrors of space telescopesLaser physics and technique
Gubin, A.B., Pirozhkov, Y.B., Sergeev, E.S.
Controlling the temporal parameters of the lasing pulse of an Yb–Er-glass laser with a shutter based on frustrated total internal reflection
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