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1Development of New Control Systems on the 1m Zeiss-1000 Telescope

V.V. Komarov,S.V. Drabek,E.V. Emelyanov,V.S. Shergin,M.Y. Fokin,I.V. Shaldyrvan

Шалдырван Игорь Викторович Участок инженерного обеспечения наблюдений СЭК БТА Специальная астрофизическая обсерватория Российской академии наук пос.Нижний Архыз, КЧР

2023Proceedings of X All-Russian Scientific Conference &ampquotSystem Synthesis and Applied Synergetics&ampquot

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23D Monitoring of the Celestial Hemisphere in the Vicinity the Largest Russian Telescope BTA SAO RAS

V.V. Komarov,M.Y. Fokin,I.V. Shaldyrvan

Шалдырван Игорь ВикторовичУчасток инженерного обеспечения наблюдений СЭК БТА Специальная астрофизическая обсерватория Российской академии наук пос

2023Proceedings of X All-Russian Scientific Conference &ampquotSystem Synthesis and Applied Synergetics&ampquot

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3Creation of Highly Sensitive IP Cameras Based on CMOS Matrices for On-Line Monitoring of the Night Sky

V.V. Komarov,I.V. Shaldyrvan,M.Y. Fokin

2023Proceedings of X All-Russian Scientific Conference &ampquotSystem Synthesis and Applied Synergetics&ampquot

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4Zeiss-1000 SAO RAS: Instruments and Methods of Observation

Komarov V. V.,Moskvitin A. S.,Bychkov V. D.,Burenkov A. N.,Drabek S. V.,Shergin V. S.,Emelyanov E. V.,Komarova V. N.,Romanenko V. P.,Aitov V. N.

—The paper describes Zeiss-1000, the one meter telescope of the Special Astrophysical Observatory of the Russian Academy of Sciences (SAO RAS), the history of the development of its observation methods and potential areas of astrophysical research. Detailed attention is paid to instruments and methods of observation which are in service nowadays.

2021Astrophysical Bulletin（2021）引用：14

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5ЦЕЙСС-1000 САО РАН: ПРИБОРЫ И МЕТОДЫ НАБЛЮДЕНИЙ

В В Комаров,А С Москвитин,В Д Бычков,А Н Буренков,С В Драбек,В С Шергин, Э В Емельянов,В Н Комарова,В П Романенко,В Н Аитов

2020Астрофизический бюллетень

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6The SAO RAS Zeiss-1000 Optical Telescope

V. V. Komarov,V. N. Komarova,E. V. Emelyanov,N. V. Borisov,S. V. Drabek,V. S. Shergin,O. I. Spiridonova,A. S. Moskvitin, T. A. Fatkhulin

2020GROUND-BASED ASTRONOMY IN RUSSIA 21ST CENTURY Proceedings of the All-Russian Conference

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7Power Supply at the Nasmyth-2 Focus of the 6-M Telescope

A. S. Moiseev, M. Yu. Fokin,V. V. Komarov

2020GROUND-BASED ASTRONOMY IN RUSSIA 21ST CENTURY Proceedings of the All-Russian Conference

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8Observational Capacities of 1M Optical Telescopt Zeiss-1000 at SAO RAS

В. В. Комаров, Viktor Noevich Komarov,А. С. Москвитин,S. V. Drabek,E. V. Emelianov,В. С. Шергин

2020Azerbaijani Astronomical Journal

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9Study of the Quality of the Zeiss-1000 Telescope Optical System Using the Shack–Hartmann Wavefront Sensor

S. V. Drabek,V. V. Komarov,S. A. Potanin,A. D. Savvin,A. S. Moskvitin,O. I. Spiridonova

The results of studies of the optics of the 1-m Zeiss-1000 telescope of the Special Astrophysical Observatory of the Russian Academy of Sciences (SAO RAS) by the Shack–Hartmann (SH) method are presented. Using a Shack–Hartmann wavefront sensor (SH WFS) we have adjusted the telescope optical system by means of shifts and tilts of the secondary mirror. The procedure has significantly reduced the aberrations that appeared during the long-term instrument operation. A new method to investigate the surface quality of the mirrors of the Zeiss-1000 being applied, characteristics close to the diffraction limit are achieved. In general, the entire opto-mechanical telescope system provides an image quality of about 0.5″ at 80%energy level.

2017Astrophysical Bulletin（2017）引用：5

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10Abilities of Russian Digital CCD Cameras of Serial Manufacture for Astronomical Applications

Vladimir V. Komarov,Anton V. Komarov

There is the presentation of investigation results of last native elaborations of b/w high sensitive CCD cameras for optical telescope application. By the example of SDU-259 camera (000"Specteletehnika", Moscow) capability of its use as a digitized TV guiding camera for large optical telescopes is demonstrated. In SAO RAS there is constructed SDU-259C camera with termoelectric cooler equipped. The parameters of CCD camera SDU-259C and its test results when used with 10 inch telescope "Meade LXD-55" are given.

2007Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE（2007）

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11TV System All Sky for Real-Time Remote Monitoring of Night Cloud Condition

Vladimir V. Komarov, Alexander F. Fomenko, Vladimir S. Shergin

There has been created a TV system which is intended for the remote real-time computer control of night cloudness conditions during observations with the optical telescopes of SAO RAS simultaneously all over the sky hemishere at the 6m telescope site neighbourhood. The features of developing such systems are considered. Technical parameters of the system devices program interlaces and the description of operation principle are given.

2007Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE（2007）引用：1

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