• Hogan M.T., Fabian A. C., Tamhane P. D., et al.Thermally Unstable Cooling Stimulated by Uplift: The Spoiler Clusters. 2020,ApJ,Vol.897,is.1,p.57. 2020ApJ...897...57M
  • Nefs B., Barrado D., Sipőcz B., et al.Erratum: The first planet detected in the WTS: an inflated hot- Jupiter in a 3.35 day orbit around a late F- star. 2020,MNRAS,Vol.497,is.1,p.916. 2020MNRAS.497..916C
  • Fryer C. L., Belczynski K., Hurley J. R., et al.BSE versus StarTrack: Implementations of new wind, remnant- formation, and natal-kick schemes in NBODY7 and their astrophysical consequences. 2020,A&A,Vol.639,p.A41 (22 pp.). 2020A&A...639A..41B
  • Karachentseva V.E., Dobrycheva D.V., Melnyk O.V., et al.Machine-learning computation of distance modulus for local galaxies. 2020,A&A,V.635,p.A124 (7 pp.). 2020A&A...635A.124E
  • Bergstedt J., Kochukhov O., Guerras E., et al.The Vanishing and Appearing Sources during a Century of Observations Project. I. USNO Objects Missing in Modern Sky Surveys and Follow-up Observations of a “Missing Star”. 2020,AJ,V.159,is.1,p.8 (19pp.). 2020AJ....159....8V
  • Nefedyev Y. A., Shulga V.M., Lara-Lopez M. A., et al.Circumnuclear regions of different BPT types in star- forming MaNGA galaxies: AGN detectability. 2020,A&A,Vol.639,p.A96 (17 pp.). 2020A&A...639A..96P

 

 

 

 

Random photo

15110965_o.jpg

laser station

2019-08-05

Station of laser observations of artificial Earth satellites

The station of laser observations of artificial Earth satellites is part of the worldwide network of stations of the International Earth Rotation Service and is actively monitoring international programs.

TPL-1M telescope

 

Laser rangefinder

AZT-2

2019-08-01

The 70 cm reflector AZT-2

The first instrument for astrophysical purposes – the 70 cm reflector AZT-2 (D = 70 cm) – was mounted in 1959. Photometric, spectral, and polarimetric observations of the Solar System bodies and stars have been carried out with this telescope. Nowadays the reflector is also used for investigating and testing modern astrophysical techniques and equipment designed by the Observatory's engineers.

In 2008 special correction system of moving of the telescope was developed and tested for tracking of the unstable geostationary satellite, comets, and asteroids. The tracking system works in micro-step regime with a computer step of correction of 0.003 arcsec per second of time and a maximum speed of correction up to 4.6 arcsec per second of time. The step regulation is possible directly from the block of correction situated near the telescope. It is also possible to correct the moving of the telescope using the computer RS-485 interface in remote mode.

For testing of tracking the calculations of center photometric positions and fluctuations on X, Y coordinates of images of ARTEMIS satellite were performed. The results of calculations of unstable geostationary satellite images with an exposure of 5 second show that standard root mean square deviation along X coordinate is 0.65 arcsec and along Y coordinate is 0.4 arcsec for the set of images.

The 70 cm reflector AZT-2

 

Thr dome of the 70 cm reflector AZT-2

 

Kyiv, Ukraine Weather

Database of Golosiiv Plate Archive

Ukrainian GNSS network data

Contacts

2014-07-03

Reception:

Kuchmiy Hanna

tel.:
fax:
internal address:

+(380) 44 526-31-10
+(380) 44 526-21-47
room 207, tel. 3-55

 

Office:

Head clerk Korsun Tetiana

tel.:
fax:
internal address:

+(380) 44 526-08-69
+(380) 44 526-21-47
office(at)mao.kiev.ua
room 230, tel. 3-57

 

Postal address:

Main astronomical observatory

of National academy of sciences of Ukraine

27 Akademika Zabolotnoho St.

03143,Kyiv, Ukraine

 

Transit:
trolleybus №11 ( from Expotsentr (The National Complex “Expocenter of Ukraine”)stop to the last stop)
or minibus №496 (from Lukianivska metro station or bus stops "Epitsentr", "Zabolotnoho", "Metrologichna" to the stop: "Feofania hospital, housing 2").



MAO on the Google Maps

Archive of MAO NAS of Ukraine

Basic documents of MAO NAS of Ukraine archives :

  1. Scientific-organization and administrative documents (list No. 1, vol. 1-3)
  2. Scientific-research documents: reports on completed scientific projects (list No. 2, vol.1-2)
  3. List of dissertations, doctor and candidate degree thesis (list No. 2-dis)
  4. Staff documents (list No. 3-K, vol.1-3)
  5. Experimental production documents (list No. 3-L)
  6. Personal archives of director and researchers of MAO
  7. MAO NAS of Ukraine and Mt. Terskol observatory capital building documents

Information about volume of MAO NAS of Ukraine archives fund on 01.01.2015

Name of list Years Number of documents
1, vol 1-3 1944-2011 1972
2, vol 1-2 1956-2011 534
2-dis 1949-2011 314
3-K, vol 1-3 1945-2011 2148
3-Л 1977-1993 657

Copies of lists № 1, № 2, № 2-dis, № 3-К are dispatched to the NAS of Ukraine Archive p.a.

Chief of scientific and technical archive Liubov Kiziun, PhD

MAO NAS of UKRAINE

Observational centers

Ukrainian GNSS network



See greater size map

Ukrainian GNSS network consists of stations related to national, international and commercial networks (up to 2014.).
GNSS stations of Main Astronomical Observatory NAS of Ukraine
GNSS stations of Research Institute of Geodesy and Cartography under the management of MAO NAS of Ukraine
GNSS stations System.NET network, which send their observations to IGS and EPN through the Operational center of MAO NAS of Ukraine
GNSS stations, dismantled or discontinued

 

To the GNSS web-site


 

 

Ukraine Network of Optical Stations


 

To the UMOS web-site