Vladimir Agapov, Igor Molotov, Nikolay Sakva

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Presentation transcript:

Vladimir Agapov, Igor Molotov, Nikolay Sakva Dedicated Roscosmos optical observation facilities operated in 2014: characteristics and results of operation Vladimir Agapov, Igor Molotov, Nikolay Sakva

ASPOS dedicated operational telescopes (2014) Two dedicated mini-observatories EOP-1 with 3 telescopes in each: 40 cm, 25 cm, 2x19.2 cm Three separate telescopes: OES-65 (65-cm), OES-50 (50-cm), OES-25 (25-cm)

Location of telescopes of Roscosmos

Characteristics of telescopes of Roscosmos that were operational in 2014 Aperture Quantity Limited magnitude FOV, deg 1 VT-78e 19.2 cm 4 14.5 (survey mode) 7x4.5 2 ORI-25 25 cm 3 16 3.3x3.3 ORI-40 40 cm 18 2.3x2.3 ChV-500 50 cm 17 1x1 5 SANTEL-650A 65 cm 18.5 2.2x2.2

First EOP-1 deployed near Kislovodsk, North Caucasus (25 cm, 2x19.2 cm and 40 cm)

Second EOP-1 deployed near Byurakan, Armenia (2x19.2 cm, 25-cm and 40 cm)

First EOP-2 deployed near Kislovodsk (put into operation in 2015): 65-cm, 40-cm and 4x19.2 cm telescopes

Operation of two EOP-1 (Kislovodsk and Byurakan) and OES-65 in Ussuriysk Scheduling of observations is provided by KIAM 2x19.2 cm telescopes are carrying out extended GEO surveys 25 cm telescopes are conducting follow up observations of objects discovered in surveys and also providing additional measurements to improve orbit for objects predicted to be a candidates for conjunctions 40 cm telescopes are conducting observations of faint objects 65 cm telescope is performing local GEO surveys to search new faint objects All obtained measurements are collecting at KIAM database and are using for maintenance of the orbital archive and conjunction analysis

Measured magnitude distribution for all measurements obtained by EOP-1 telescopes in 2014 : 19 cm telescopes 19 cm Kislovodsk 19 cm telescope in Kislovodsk detects more faint objects thanks to higher altitude and more clear atmosphere 19 cm Byurakan

Measured magnitude distribution for all measurements obtained by EOP-1 telescopes in 2014: 25 cm telescopes 25 cm Kislovodsk

Measured magnitude distribution for all measurements obtained by EOP-1 telescopes in 2014: 40 cm telescopes 40 cm Kislovodsk

GEO coverage by two EOP-1 and OES-65 in 2014

Conclusions Dedicated optical facilities developed within the framework of ASPOS OKP system provide significant amount of measurements for high altitude objects serving as a valuable supplement to data obtaining by ISON and providing increased reliability of monitoring of GEO, HEO and MEO objects More than 2.2 millions of measurements are obtained in 2014 using two EOP-1, EOS-65 and EOS-50 Reliability of conjunction analysis results obtaining at KIAM is significantly improved thanks to extended GEO surveys and additional observations of objects predicted to be a candidate for possible conjunctions