Search Results - "Romanovskii, O. A."

Observations of Integral Formaldehyde Content in the Lower Troposphere in Urban Agglomerations of Moscow and Tomsk Using the Method of Differential Optical Absorption Spectroscopy by Bruchkouski, I. I., Borovski, A. N., Dzhola, A. V., Elansky, N. F., Postylyakov, O. V., Bazhenov, O. E., Romanovskii, O. A., Sadovnikov, S. A., Kanaya, Y.

“…Regular measurements of the integral formaldehyde content (IFC) in the lower troposphere have been carried out in the impact area of the Moscow urban…”
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Lidar Measurements of Ozone in the Upper Troposphere – Lower Stratosphere at Siberian Lidar Station in Tomsk by Romanovskii, O. A., Dolgii, S.I., Burlakov, V. D., Nevzorov, A.A., Nevzorov, A. V.

“…The paper presents the results of DIAL measurements of the vertical ozone distribution at the Siberian lidar station. Sensing is performed according to the…”
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Reconstruction of N2O and CH4 Content by Dial Measurements at Wavelengths of Overtone CO Laser by Romanovskii, O A, Matvienko, G G, Kharchenko, O V, Yakovlev, S V

“…The paper presents the results of laboratory experiments on measurement of absorption and extinction of radiation of the overtone СО laser at wavelengths used…”
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Comparison of ozone vertical profiles in the upper troposphere-stratosphere measured over Tomsk, Russia (56.5° N, 85.0° E) with DIAL, MLS, and IASI by Dolgii, S. I., Nevzorov, A. A., Nevzorov, A. V., Romanovskii, O. A., Kharchenko, O. V.

“…Laser ranging methods employing light detection and ranging (LiDAR) technology are widely used for studying the atmosphere and monitoring its state. The…”
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A Study of Trace Atmospheric Gases at the Water–Atmosphere Interface Using Remote and Local IR Laser Gas Analysis: A Review by Kistenev, Yu. V., Cuisset, A., Romanovskii, O. A., Zherdeva, A. V.

“…Trace atmospheric gases (TAGs) emitted by the Earth’s water surface significantly impact the chemical processes in the atmosphere, weather, and global climate…”
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Estimation of the Effect of Spectroscopic Information Accuracy on the Lidar Measurements of Methane with the Use of Expert Line Lists by Vasilenko, I. A., Sadovnikov, S. A., Romanovskii, O. A.

“…The transmission spectra and methane absorption coefficients are compared for different widths of the instrument function of the spectral distribution of laser…”
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Development of Near/Mid IR differential absorption OPO lidar system for sensing of atmospheric gases by Romanovskii, O.A., Sadovnikov, S.A., Kharchenko, O.V., Yakovlev, S.V.

“…•The universal OPO DIAL lidar system developed for the near/mid-IR spectral ranges.•Lidar echo signals have been experimentally recorded in the 1.8–2.5 and…”
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Remote Analysis of Methane Concentration in the Atmosphere with an IR Lidar System in the 3300–3430 nm Spectral Range by Romanovskii, O. A., Sadovnikov, S. A., Kharchenko, O. V., Yakovlev, S. V.

“…A differential absorption lidar (DIAL) system based on optical parametric oscillators (OPO) with nonlinear KTA and KTP crystals is designed. The crystals allow…”
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Tunable optical parametric oscillator based on ZnGeP2 crystal for greenhouse gas remote sensing systems by Yudin, N. N., Zinoviev, M. M., Podzyvalov, S. N., Kuznetsov, V. S., Slyunko, E. S., Lysenko, A. B., Kalsin, A. Yu, Gabdrakhmanov, A. Sh, Yakovlev, S. V., Sadovnikov, S. A., Romanovskii, O. A., Baalbaki, H.

“…This work is devoted to the development of a compact source of coherent radiation with frequency-energy characteristics and a spectral generation range that…”
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Broadband IR Lidar for Gas Analysis of the Atmosphere by Romanovskii, O. A., Sadovnikov, S. A., Kharchenko, O. V., Yakovlev, S. V.

“…Results from energy measurements in the ranges 1.8–2.5 and 3–4 μm of radiation from IR lasers based on KTP and KTA nonlinear crystals with an optical…”
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Lidar Complex for Measurement of Vertical Ozone Distribution in the Upper Troposphere–Stratosphere by Dolgii, S. I., Nevzorov, A. A., Nevzorov, A. V., Makeev, A. P., Romanovskii, O. A., Kharchenko, O. V.

“…A lidar complex designed at V.E. Zuev Institute of Atmospheric Optics, Siberian Branch, Russian Academy of Sciences (Tomsk) and used at the Siberian Lidar…”
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Laser and Optical Sounding of the Atmosphere by Matvienko, G. G., Babushkin, P. A., Bobrovnikov, S. M., Borovoi, A. G., Bochkovskii, D. A., Galileiskii, V. P., Grishin, A. I., Dolgii, S. I., Elizarov, A. I., Kokarev, D. V., Konoshonkin, A. V., Kryuchkov, A. V., Kustova, N. V., Nevzorov, A. V., Marichev, V. N., Morozov, A. M., Oshlakov, V. K., Romanovskii, O. A., Sukhanov, A. Ya, Trifonov, D. A., Yakovlev, S. V., Sadovnikov, S. A., Nevzorov, A. A., Kharchenko, O. V.

“…Lidar and searchlight instruments and techniques for atmospheric research developed at the V.E. Zuev Institute of Atmospheric Optics, Siberian Branch, Russian…”
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Application of frequency converters to femtosecond laser radiation for lidar monitoring of the atmosphere by Geiko, P. P., Privalov, V. E., Romanovskii, O. A., Kharchenko, O. V.

“…Possibilities of using superbroadband nonlinear-optical frequency converters for femtosecond laser pulses in lidar sensing of the atmosphere are analyzed. New…”
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The possibilities of a strontium vapor laser using for laser sensing of minor gaseous components of the atmosphere by Vasiljeva, A. V., Polunin, Yu. P., Romanovskii, O. A., Soldatov, A. N., Kharchenko, O. V., Yudin, N. A.

“…The present work studies the possibility of application of the multiwavelength laser on SrI and SrII self-terminated transitions for laser remote sensing of…”
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Near/mid-IR OPO Lidar System for Gas Analysis of the Atmosphere: Simulation and Measurement Results by Romanovskii, O. A., Sadovnikov, S. A., Kharchenko, O. V., Yakovlev, S. V.

“…Lidar measurements of atmospheric gases in the spectral ranges 1.8–2.5 and 3–4 μm have been numerically simulated. The differential absorption lidar system…”
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Integrated airborne investigation of the air composition over the Russian sector of the Arctic by Belan, Boris D, Ancellet, Gerard, Andreeva, Irina S, Antokhin, Pavel N, Arshinova, Viktoria G, Arshinov, Mikhail Y, Balin, Yurii S, Barsuk, Vladimir E, Belan, Sergei B, Chernov, Dmitry G, Davydov, Denis K, Fofonov, Alexander V, Ivlev, Georgii A, Kotel'nikov, Sergei N, Kozlov, Alexander S, Kozlov, Artem V, Law, Katharine, Mikhal'chishin, Andrey V, Moseikin, Igor A, Nasonov, Sergei V, Nédélec, Philippe, Okhlopkova, Olesya V, Ol'kin, Sergei E, Panchenko, Mikhail V, Paris, Jean-Daniel, Penner, Iogannes E, Ptashnik, Igor V, Rasskazchikova, Tatyana M, Reznikova, Irina K, Romanovskii, Oleg A, Safatov, Alexander S, Savkin, Denis E, Simonenkov, Denis V, Sklyadneva, Tatyana K, Tolmachev, Gennadii N, Yakovlev, Semyon V, Zenkova, Polina N

“…The change of the global climate is most pronounced in the Arctic, where the air temperature increases 2 to 3 times faster than the global average. This…”
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Algorithm for Control of an Ozone Lidar Photon Counter by Nevzorov, A. A., Nevzorov, A. V., Nadeev, A. I., Zaitsev, N. G., Romanovskii, Ya. O.

“…— An algorithm is developed, based on which a software product has been created to control the photon counter and to save the data from the recording system of…”
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Algorithm of Processing Data from Lidar Sensing of Methane in the Atmosphere by Nevzorov, A. A., Romanovskii, O. A., Sadovnikov, S. A., Yakovlev, S. V., Kharchenko, O. V., Kravtsova, N. S., Geints, I. Yu, Romanovskii, Ya. O.

“…An algorithm of software complex is developed to process data of lidar gas analysis in IR wavelength range for a horizontal path of atmospheric sensing. The…”
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Mobile mid-infrared differential absorption lidar for methane monitoring in the atmosphere: Calibration and first in situ tests by Yakovlev, S.V., Romanovskii, O.A., Sadovnikov, S.A., Tuzhilkin, D.A., Nevzorov, A.A., Kharchenko, O.V., Kravtsova, N.S.

“…A mobile infrared (IR) differential absorption lidar designed for the study of methane in the atmosphere is described. A mobile IR radiation source for the…”
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Algorithm for retrieval of vertical distribution of ozone from DIAL laser remote measurements by Burlakov, V. D., Dolgii, S. I., Nevzorov, A. A., Nevzorov, A. V., Romanovskii, O. A.

“…We present an algorithm for retrieval of vertical distribution of ozone with temperature and aerosol correction during DIAL lidar sounding of the atmosphere…”
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