| ARCHIVE |
RATAN-600 Observation Schedule from January 1 to June 30, 2026 Executive Secretary: request@sao.ru |
Russian version |
| North Sector | South+Flat | South Sector | West Sector | |
|---|---|---|---|---|
|
J A N U A R Y |
Feed-cabin 1 (01-31): IceCube trigger: monthly monitoring of the new high-energy neutrino candidates 1, (01-31): Monitoring of the Galactic X-ray binaries with relativistic jets 2, (01-31): MALBRICS collaboration: multi-frequency monitoring of blazars 3, (01-26): The radio properties of OH Megamaser galaxies 4, (01-31): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, (01-31): Monitoring the most powerful X-ray quasars on z>3, (01-31): Radio variability of the NLS1 galaxies, (01-31): Antenna measurements (3 hours a week), (27-31): Study of radio spectra of Peaked Spectrum sources, |
Feed-cabin 2 (01-31): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-31): Spectra of FR0 galaxies in the centimeter range, (01-31): The radio properties of OH Megamaser galaxies, (01-31): Radio variability of the NLS1 galaxies, (01-31): MALBRICS collaboration: multi-frequency monitoring of blazars, (01-31): Radio spectra and variability of quasars at z>4, (01-31): Monitoring the most powerful X-ray quasars on z>3, (01-31): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, Feed-cabin 3 (01-31): The Sun 13-azimuth observations 6 (SAO RAS). |
Feed-cabin 2 (01-31): Monitoring of the Galactic X-ray binaries with relativistic jets, |
Feed-cabin 5 (01-31): Search of fast radio bursts at 4.7 GHz, |
|
F E B R U A R Y |
Feed-cabin 1 (01-28): IceCube trigger: monthly monitoring of the new high-energy neutrino candidates, (01-28): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-28): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, (01-28): Monitoring the most powerful X-ray quasars on z>3, (01-16): MALBRICS collaboration: multi-frequency monitoring of blazars, (01-05): Study of radio spectra of Peaked Spectrum sources, (01-28): Antenna measurements (3 hours a week), (08-28): Spectra of FR0 galaxies in the centimeter range, (18-28): Radio spectra and variability of quasars at z>4 5, |
Feed-cabin 2 (01-28): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-28): Spectra of FR0 galaxies in the centimeter range, (01-28): The radio properties of OH Megamaser galaxies, (01-28): Radio variability of the NLS1 galaxies, (01-28): MALBRICS collaboration: multi-frequency monitoring of blazars, (01-28): Radio spectra and variability of quasars at z>4, (01-28): Monitoring the most powerful X-ray quasars on z>3, (01-28): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, Feed-cabin 3 (01-28): The Sun 13-azimuth observations (SAO RAS). |
Feed-cabin 2 (01-28): Monitoring of the Galactic X-ray binaries with relativistic jets, |
Feed-cabin 5 (01-28): Search of fast radio bursts at 4.7 GHz, |
|
M A R C H |
Feed-cabin 1 (01-31): IceCube trigger: monthly monitoring of the new high-energy neutrino candidates, (01-31): Monitoring of the Galactic X-ray binaries with relativistic jets 7, (01-31): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, (01-31): Monitoring the most powerful X-ray quasars on z>3, (01): Spectra of FR0 galaxies in the centimeter range, (01): Radio spectra and variability of quasars at z>4, (01-31): Antenna measurements (3 hours a week), (02-05): Reserve time (SAO RAS) (06-31): RATAN-600 in multichannel astronomy: a complete sample of AGNs with VLBI-jet as indicators of relativistic protons and high-energy neutrinos, |
Feed-cabin 2 (01-31): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-31): Spectra of FR0 galaxies in the centimeter range, (01-31): The radio properties of OH Megamaser galaxies, (01-31): Radio variability of the NLS1 galaxies, (01-31): MALBRICS collaboration: multi-frequency monitoring of blazars, (01-31): Radio spectra and variability of quasars at z>4, (01-31): Monitoring the most powerful X-ray quasars on z>3, (01-31): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, Feed-cabin 3 (01-31): The Sun 13-azimuth observations (SAO RAS). |
Feed-cabin 2 (01-31): Monitoring of the Galactic X-ray binaries with relativistic jets, |
Feed-cabin 5 (01-31): Search of fast radio bursts at 4.7 GHz, |
|
A P R I L |
Feed-cabin 1 (01-03): IceCube trigger: monthly monitoring of the new high-energy neutrino candidates, (01-03): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-03): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, (01-03): Monitoring the most powerful X-ray quasars on z>3, (01-03): RATAN-600 in multichannel astronomy: a complete sample of AGNs with VLBI-jet as indicators of relativistic protons and high-energy neutrinos, (04-19): Technical support, (20-23): Adjustment, antenna measurements, (24-27): Test observations, secondary mirror focus search, (28-30): Reserve time (SAO RAS) |
Feed-cabin 2 (01-17): Spectra of FR0 galaxies in the centimeter range, (01-17): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-17): The radio properties of OH Megamaser galaxies, (01-17): Radio variability of the NLS1 galaxies, (01-17): MALBRICS collaboration: multi-frequency monitoring of blazars, (01-17): Radio spectra and variability of quasars at z>4, (01-17): Monitoring the most powerful X-ray quasars on z>3, (01-17): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, Feed-cabin 3 (01-17): The Sun 13-azimuth observations (SAO RAS). Feed-cabin 2 (06-17): Antenna measurements (4 hours a day), Feed-cabin 2, 3 (18-30): Technical support, |
Feed-cabin 2 (01-30): Monitoring of the Galactic X-ray binaries with relativistic jets, (18-30): Technical support, |
Feed-cabin 5 (01-30): Search of fast radio bursts at 4.7 GHz, |
|
M A Y |
Feed-cabin 1 (01-01): Reserve time (SAO RAS) (02-31): IceCube trigger: monthly monitoring of the new high-energy neutrino candidates, (02-31): Monitoring of the Galactic X-ray binaries with relativistic jets, (02-31): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, (02-31): Monitoring the most powerful X-ray quasars on z>3, (02-12): Study of radio spectra of Peaked Spectrum sources, (02-31): Spectra of FR0 galaxies in the centimeter range, (02-31): Radio spectra and variability of quasars at z>4, (02-12): Radio variability of the NLS1 galaxies, (02-31): Antenna measurements (3 hours a week), |
Feed-cabin 2 (01-01): Technical support, (02-06): Adjustment, antenna measurements, (07-10): Test observations, secondary mirror focus search, (11-16): Reserve time (SAO RAS) (17-31): Spectra of FR0 galaxies in the centimeter range, (17-31): The radio properties of OH Megamaser galaxies, (17-31): Radio variability of the NLS1 galaxies, (17-31): MALBRICS collaboration: multi-frequency monitoring of blazars, (17-31): Radio spectra and variability of quasars at z>4, (17-31): Monitoring the most powerful X-ray quasars on z>3, (17-31): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, (17-31): Monitoring of the Galactic X-ray binaries with relativistic jets, Feed-cabin 3 (17-31): The Sun 13-azimuth observations (SAO RAS). |
Feed-cabin 2 (01-01): Technical support, (02-06): Adjustment, antenna measurements, (07-10): Test observations, secondary mirror focus search, (11-16): Reserve time (SAO RAS) (17-31): Monitoring of the Galactic X-ray binaries with relativistic jets, |
Feed-cabin 5 (01-31): Search of fast radio bursts at 4.7 GHz, |
|
J U N E |
Feed-cabin 1 (01-31): IceCube trigger: monthly monitoring of the new high-energy neutrino candidates, (01-31): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-31): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, (01-31): Monitoring the most powerful X-ray quasars on z>3, (01-31): RATAN-600 in multichannel astronomy: a complete sample of AGNs with VLBI-jet as indicators of relativistic protons and high-energy neutrinos, (01-31): Antenna measurements (3 hours a week), |
Feed-cabin 2 (01-30): Monitoring of the Galactic X-ray binaries with relativistic jets, (01-30): Spectra of FR0 galaxies in the centimeter range, (01-30): The radio properties of OH Megamaser galaxies, (01-30): Radio variability of the NLS1 galaxies, (01-30): MALBRICS collaboration: multi-frequency monitoring of blazars, (01-30): Radio spectra and variability of quasars at z>4, (01-30): Monitoring the most powerful X-ray quasars on z>3, (01-30): Multi-frequency monitoring of TeV -flaring AGN: probing particle acceleration mechanisms in jets, Feed-cabin 3 (01-30): The Sun 13-azimuth observations (SAO RAS). |
Feed-cabin 2 (01-30): Monitoring of the Galactic X-ray binaries with relativistic jets, |
Feed-cabin 5 (01-30): Search of fast radio bursts at 4.7 GHz, |
1 – Harvard University (USA); ASC (Russia); MPIfRA (Germany).
2 - INAF, SRT (Italy); Curtin University (Australia); Tuorla observatory (Finland).
3 - University of Cambridge (UK); Sun Yat-sen University (China); Raman Research Institute, Bangalore (India); Saha Institute of Nuclear Physics, Kolkata (India).
4 - Guangzhou University (China); SHAO CAS (China), University of Cambridge (UK).
5 - INFIP (Argentina); SHAO CAS (China).
6 - Wide-range spectral studies of the Sun on RATAN-600 in the range 1-30 GHz (Bogod V., SPbB SAO RAS; ISTP); Forecasting flares in active regions of the Sun, Space weather (Kurochkin E.A. SPbB SAO RAS, Kislovodsk Mountain Astronomical station of the Pulkovo observatory); Joint studies of the chromosphere and transition region of sunspots using the ALMA interferometer and RATAN-600 (Lukicheva M., New Jersey Institute of Technology, USA); Determination of physical conditions in active regions on the Sun using multi-frequency radio observations (Stupishin A., SAO RAS, SPbB SAO RAS).
7 - The sources of competing programs are observed every other day.
Feed-cabin 1 - secondary mirror with complex equipment
of the continuous spectrum of 1.35-22.3 GHz.
Feed-cabin 2 - secondary mirror with complex equipment
of the continuous spectrum of 1.35-22.3 GHz (ERIDAN).
Feed-cabin 3 - secondary mirror with solar
spectral-polarization complex.