Opticheskii Zhurnal. 2019. V. 86. № 4.
Laser physics and technique
Gryaznov, N.A., Sosnov, E.N., Goryachkin, D.A., Nikitina, V.M., Rodionov, A.Y.
Active phase mode locking in a cavity with a controllable Michelson interferometerAlekseev, V.A., Zaripov, M.R., Sitnikova, E.A.
Efficiency of a laser radiation source with coherent pulse combiningCalculation, design and manufacture of optical systems
Hoang, Long Thanh, Gubanova, L.A., Kirillovskiy, V.K., Tereshchenko, I.B., Nguyen, Duc Tai
Method for measuring the reflectance distribution over a spherical convex surface with large curvatureVenzel, V.I., Danilov, M.F., Savelieva, A.A., Semenov, A.A., Sinelnikov, M.I.
Applicability limits of methods for assembling and adjusting axisymmetric two-mirror objectives with aspheric mirrorsZhou, Hangcheng, Rao, Changhui
Subpixel measurement of correlation algorithms based on Gaussian spotHolography
Koreshev, S.N., Smorodinov, D.S., Starovoytov, S.O.
How the nonlinearity of synthesized holograms affects their imaging propertiesOptical instrument making and metrology
Vetrov, A.A., Sergushichev, A.N., Sergushichev, K.A.
Optimization of fiber-optic photometric microdisplacement sensor optical designWu, Xiaogang, Li, Zhiquan, Tong, Kai, Jia, Xiaopeng, Li, Wenchao
Ethanol concentration sensor based on TiO2-ZnO composite film enhanced surface plasmon resonance with molybdenum disulfide — graphene oxide hybrid nano-sheetOptical material science and technology
Shilov, I.P., Danielyan, G.L., Zamyatin, A.A., Makovetskiy, A.A., Kochmarev, L.Y.
Multicore large-aperture fiber-optic probe based on quartz–quartz-type lightguides for near-infrared fluorimetersBogdanov, O.A., Kolobkova, E.V., Rokhmin, A.S.
Spectroluminescent properties of ytterbium-activated fluorophosphate glassesShakhno, E.A., Nguyen, Q.
Study of the resolution of direct recording of submicron structures on titanium films using millisecond laser pulsesSharing experiences
Kotova, E.I., Bugrov, V.Е., Odnoblyudov, M.A.
Development of a fiber laser diode module in the spectral range of 445–450 nm with an output optical power of more than 100 W