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
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