News: The best of Russian Science and Technology
Under supervision of professor Vladimir M. Lipunov
|
|
23.01.2024
11:22 |
Americans discovered an object predicted by a young Ukrainian Indian 45 years ago 
|
|
19.10.2017
11:35 |
Russian robot-telescope MASTER in Argentina detected Space Chernobyl 
|
|
01.10.2008
17:58 |
THE DAYS OF SAINT PETERSBURG PHILOSOPHY - 2008 
|
|
30.06.2008
18:37 |
Philosophy of Mathematics: Actual Problems 
|
|
18.06.2007
12:13 |
MASTER Team Science Release: Discovery of the Black Hole Ergosphere? 
|
|
24.10.2006
10:50 |
The International Conference "The International Conference" |
|
29.03.2004
15:54 |
New domestic processor MCST-R500 
|
|
09.03.2004
14:00 |
MASTER is the first russian asteroid factory 
Robot-telescope MASTER,that was built for optical observations of gamma-ray
bursts, began the sky-SURVEY in search of different unusual objects like
Super Nova stars, asteroids, comets and etc.
Today we introduce MASTER work in asteroids searching. Let's remind, that
MASTER has unique for Russia and leading for the world parameters
now. MASTER can get sky-images in 6 square degrees up to 19m in some minuts.
MASTER exceeds famous robot-telescope ROTSE by these parameters, that was
constructed for gamma-ray bursts observations, and is like PALOMAR Shmidt
telescope, that has 19m per 9 square degrees. Let's remarks, that new PALOMAR
project was created special for Super Nova searching and uses 112 CCD-chips
and costs about several millions dollars.
MASTER works with the ONLY CCD-camera AP16E ( 4000x4000 pixels ), but this camera is one of the biggest
in the world.
The image-reduction takes place in real time and one can see below the
results of the reduction of ONE sky-square (6 sq.deg.).
The stars in circuls is the stars, that was detected in PALOMAR survey,
and asteroids are in rhombuses. 2 columns are the same regions for 2 images of
one sky-square, that was got with the difference in 40 min.
|
N1= 1228 m=17.58
RA =+07 46 43.2 v(RA)= 7.22 mas/h
Dec=+19 04 36.2 v(Dec)= 4.40 mas/h
x=2531.1 y= 271.2
 | N2= 1209 m=17.13
RA =+07 46 43.5 v(RA)= 7.22 mas/h
Dec=+19 04 39.0 v(Dec)= 4.40 mas/h
x=2497.8 y= 269.2
|
N1= 1760 m=17.92
RA =+07 49 11.6 v(RA)= 74.00 mas/h
Dec=+19 00 30.4 v(Dec)= 22.24 mas/h
x=1540.6 y= 386.6
 | N2= 1735 m=17.56
RA =+07 49 14.6 v(RA)= 74.00 mas/h
Dec=+19 00 44.5 v(Dec)= 22.24 mas/h
x=1489.5 y= 379.0
 |
N1= 4375 m=17.75
RA =+07 46 55.0 v(RA)= -73.88 mas/h
Dec=+18 41 17.5 v(Dec)= -20.39 mas/h
x=2453.1 y= 929.5
 | N2= 4523 m=15.11
RA =+07 46 52.0 v(RA)= -73.88 mas/h
Dec=+18 41 04.6 v(Dec)= -20.39 mas/h
x=2441.4 y= 934.9
 |
N1= 4981 m=16.32
RA =+07 48 23.6 v(RA)= -36.27 mas/h
Dec=+18 37 10.3 v(Dec)= 11.09 mas/h
x=1860.4 y=1045.9
 | N2= 4941 m=16.42
RA =+07 48 22.2 v(RA)= -36.27 mas/h
Dec=+18 37 17.4 v(Dec)= 11.09 mas/h
x=1838.6 y=1041.7
 |
N1= 6198 m=18.20
RA =+07 50 53.8 v(RA)= 52.17 mas/h
Dec=+18 28 11.0 v(Dec)= 25.15 mas/h
x= 854.9 y=1296.8
 | N2= 6139 m=18.07
RA =+07 50 55.9 v(RA)= 52.17 mas/h
Dec=+18 28 27.0 v(Dec)= 25.15 mas/h
x= 809.3 y=1288.0
 |
N1= 7272 m=16.62
RA =+07 47 23.5 v(RA)= -34.24 mas/h
Dec=+18 21 03.0 v(Dec)= 32.88 mas/h
x=2263.0 y=1500.8
 | N2= 7246 m=16.42
RA =+07 47 22.1 v(RA)= -34.24 mas/h
Dec=+18 21 23.9 v(Dec)= 32.88 mas/h
x=2240.5 y=1490.2
 |
N1= 8486 m=18.25
RA =+07 49 12.5 v(RA)= -39.44 mas/h
Dec=+18 12 01.3 v(Dec)= 0.46 mas/h
x=1532.5 y=1754.9
 | N2= 8514 m=18.19
RA =+07 49 10.9 v(RA)= -39.44 mas/h
Dec=+18 12 01.6 v(Dec)= 0.46 mas/h
x=1511.4 y=1753.8
 |
N1= 12024 m=17.33
RA =+07 50 39.8 v(RA)= 7.28 mas/h
Dec=+17 47 34.5 v(Dec)= -2.71 mas/h
x= 944.2 y=2443.0
 | N2= 12108 m=17.49
RA =+07 50 40.1 v(RA)= 7.28 mas/h
Dec=+17 47 32.8 v(Dec)= -2.71 mas/h
x= 910.2 y=2442.7
 |
N1= 12273 m=17.49
RA =+07 51 16.8 v(RA)= -35.72 mas/h
Dec=+17 45 36.0 v(Dec)= 7.91 mas/h
x= 695.4 y=2497.8
 | N2= 12357 m=17.57
RA =+07 51 15.4 v(RA)= -35.72 mas/h
Dec=+17 45 41.0 v(Dec)= 7.91 mas/h
x= 673.1 y=2494.3
 |
N1= 13627 m=16.01
RA =+07 48 16.7 v(RA)= -36.65 mas/h
Dec=+17 36 20.3 v(Dec)= 8.41 mas/h
x=1905.4 y=2762.2
 | N2= 13717 m=15.85
RA =+07 48 15.2 v(RA)= -36.65 mas/h
Dec=+17 36 25.7 v(Dec)= 8.41 mas/h
x=1883.3 y=2758.8
 |
N1= 14052 m=17.59
RA =+07 47 28.1 v(RA)= -65.85 mas/h
Dec=+17 33 44.6 v(Dec)= 29.70 mas/h
x=2232.5 y=2835.5
 | N2= 14035 m=17.55
RA =+07 47 25.4 v(RA)= -65.85 mas/h
Dec=+17 34 03.5 v(Dec)= 29.70 mas/h
x=2218.3 y=2825.8
 |
N1= 15087 m=17.12
RA =+07 49 31.3 v(RA)= -36.58 mas/h
Dec=+17 26 09.1 v(Dec)= 10.62 mas/h
x=1402.8 y=3049.1
 | N2= 15212 m=17.23
RA =+07 49 29.9 v(RA)= -36.58 mas/h
Dec=+17 26 15.9 v(Dec)= 10.62 mas/h
x=1380.6 y=3045.0
 |
N1= 15660 m=18.02
RA =+07 48 29.0 v(RA)= -5.70 mas/h
Dec=+17 22 16.6 v(Dec)= -4.34 mas/h
x=1822.6 y=3159.2
 | N2= 15837 m=17.75
RA =+07 48 28.7 v(RA)= -5.70 mas/h
Dec=+17 22 13.8 v(Dec)= -4.34 mas/h
x=1792.0 y=3159.6
 |
N1= 16549 m=17.28
RA =+07 45 04.0 v(RA)= 27.87 mas/h
Dec=+17 16 41.9 v(Dec)= -17.05 mas/h
x=3203.9 y=3315.5
 | N2= 16780 m=17.25
RA =+07 45 05.1 v(RA)= 27.87 mas/h
Dec=+17 16 31.0 v(Dec)= -17.05 mas/h
x=3164.1 y=3320.0
 |
N1= 16571 m=17.81
RA =+07 43 59.1 v(RA)= 3.98 mas/h
Dec=+17 16 12.1 v(Dec)= -5.69 mas/h
x=3642.2 y=3328.1
 | N2= 16766 m=17.51
RA =+07 43 59.3 v(RA)= 3.98 mas/h
Dec=+17 16 08.4 v(Dec)= -5.69 mas/h
x=3608.8 y=3329.3
 |
N1= 16720 m=16.75
RA =+07 48 22.4 v(RA)= -40.39 mas/h
Dec=+17 15 18.3 v(Dec)= 6.40 mas/h
x=1866.4 y=3356.1
 | N2= 16894 m=16.91
RA =+07 48 20.8 v(RA)= -40.39 mas/h
Dec=+17 15 22.4 v(Dec)= 6.40 mas/h
x=1845.2 y=3353.3
 |
N1= 19467 m=16.35
RA =+07 51 22.3 v(RA)= -35.21 mas/h
Dec=+17 02 05.9 v(Dec)= 21.25 mas/h
x= 651.9 y=3726.9
 | N2= 19359 m=16.15
RA =+07 51 20.8 v(RA)= -35.21 mas/h
Dec=+17 02 19.4 v(Dec)= 21.25 mas/h
x= 629.2 y=3719.4
 |
