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OBSERVATION OF SPACE DEBRIS AND GEO SATELLITES IN DERENIVKA, UKRIANE V.Yepishev, V.Kudak, V.Perig, I.Motrunych, I.Nojbauer. Laboratory of the space researches of Uzhgorod National University Uzhgorod, Ukraine lkd.uzhgorod@gmail.com I.Molotov, V.Kouprianov,V.Voropaev IAM RAS. Map.

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OBSERVATION OF SPACE DEBRIS AND GEO SATELLITES IN DERENIVKA, UKRIANE

V.Yepishev, V.Kudak, V.Perig, I.Motrunych, I.Nojbauer.

Laboratory of the space researches of

Uzhgorod National University

Uzhgorod, Ukraine

lkd.uzhgorod@gmail.com

I.Molotov, V.Kouprianov,V.Voropaev

IAM RAS

1 tpl 1m 2 afu 75 electrophotometer 3 takahashi brc 250m 4 400 5 sbg
1. TPL-1M

2. AFU-75 electrophotometer

3. Takahashi BRC-250M

4. ЧВ-400

5. SBG

INSTRUMENTS
instruments tpl 1m

PhEM - photometry

F = 11 m

D = 1000 mm

CCD TV Sanyo - astrometry

568 x 756 pixel 6 micron

F = 86 mm

D = 50 mm

FOV = 3x4 deg

Max magnitude = 13m

INSTRUMENTS TPL-1M
photometry f 1 m d 100 mm filters b v max magnitude 12 m
Photometry

F = 1 m

D = 100 mm

Filters — B, V

Max magnitude = 12m

INSTRUMENTS AFU-75
photometry

Photometry of low orbit satellites such as:

1. Sich-2

2. Ajisai

3. Topex-Poseidon

4. Midas 3,4,6,7

5. Envisat

6. EgyptSat

7. Phobos-Grunt

PHOTOMETRY
slide13
CCD Apogee Alta U9

3072 x 2048 pixel 9 micron

pixel = 1.47 ''

FOV = 74.84' x 49.91'

F = 1268 mm

D = 250 mm

Max magnitude = 15m

INSTRUMENTS Takahashi BRC-250M
instruments 400

CCD FLI PL9000

3056 x 3056 pixel 12 micron

F = 1721 mm

D = 400 mm

FOV = 73.26' x 73.26'

Pixel =1.44''

Filters — R, G, B

Filter wheel — FLI CFW-5-7

Max magnitude = 18m

INSTRUMENTS ЧВ-400
astrometry of gso
ASTROMETRY OF GSO

80 — 90 nightsinyear

Accuracy — 1''

About 50 satellites in summer night and near 100 satellites in winter night.

STATISTIC of BRC-250M: trans nights measures

01.01.14 – 01.04.14 1202 22 8677

01.04.14 – 01.07.14 1011 26 8145

astrometry
ASTROMETRY

No soft for orbit fitting !

We observe but don't have any scientific results on GSO orbit ... :(

This year with new ЧВ-400 telescope we plan to register in MPC and start to observe asteroids.

ccd apoge alta f16 4096 x 4096 9 micron f 720 mm d 400 mm fov 2 5 deg max magnitude 15 m
CCD Apoge Alta F16

4096 x 4096

9 micron

F = 720 mm

D = 400 mm

FOV  2.5 deg

Max magnitude  15m

INSTRUMENTS SBG
instruments sbg1
INSTRUMENTS SBG

S = 9.2 %