NICER observation list: Target ID 365201

Abstract

Observing campaigns of black hole and neutron star transients have long relied on triggers from X-ray all-sky monitors or wide-field cameras. However, due to the limited sensitivity of these instruments, the early rising phase of outbursts is typically missed. Here we propose a NICER monitoring program of known transient LMXBs that is triggered by detections of optical outburst activity with the Faulkes Telescopes/XB-NEWS. This allows us to catch transients as they emerge from quiescence in X-rays. With our program we aim to test the disk-instability model in LMXBs, follow the early X-ray spectral/variability evolution of an outburst, and search for extended absorbing structures. We request monitoring campaigns for two transients, each with daily 2 ks observations for 20 days.
Obsid RA DEC l b Start End Exposure Number of
Modules
Number of
Processing
Status of
Processing
Date of
Processing
Public
date
3652010101 224.596 -31.672 332.244 23.877 59215.9165 59215.9403 0.0 47 3 VALIDATED 59219.9 59229
3652010102 224.594 -31.669 332.244 23.880 59215.9763 59216.7667 0.0 47 3 VALIDATED 59220.6 59230
3652010201 224.593 -31.669 332.244 23.880 59217.1391 59217.6711 0.0 47 3 VALIDATED 59223.9 59231
3652010301 224.592 -31.668 332.243 23.881 59218.0428 59218.7669 0.0 49 3 VALIDATED 59225.3 59232
3652010401 224.592 -31.668 332.243 23.881 59219.0741 59219.8022 29.0 49 3 VALIDATED 59225.9 59233
3652010501 224.593 -31.669 332.244 23.881 59220.3634 59220.9634 0.0 49 4 VALIDATED 59243.9 59234
3652010502 224.595 -31.669 332.245 23.879 59221.4634 59221.4793 0.0 49 4 VALIDATED 59244.0 59235
3652010601 224.594 -31.669 332.244 23.880 59221.8447 59221.8664 253.0 49 4 VALIDATED 59244.0 59235
3652010701 224.592 -31.668 332.243 23.881 59222.7528 59222.7689 0.0 49 5 VALIDATED 59242.0 59236
3652010702 224.590 -31.669 332.242 23.882 59223.2840 59223.2977 0.0 49 8 VALIDATED 59242.0 59237
3652010801 224.594 -31.669 332.244 23.880 59222.2965 59222.3178 257.0 49 6 VALIDATED 59244.1 59236
3652010802 224.591 -31.669 332.242 23.882 59223.6708 59223.8141 0.0 49 6 VALIDATED 59238.9 59237
3652010901 224.593 -31.668 332.244 23.881 59223.4587 59223.6044 532.0 49 6 VALIDATED 59238.8 59237
3652010902 224.593 -31.669 332.244 23.881 59224.1731 59224.7822 0.0 49 11 VALIDATED 59238.9 59238
3652010903 224.592 -31.669 332.243 23.881 59226.7494 59226.7650 464.0 49 3 VALIDATED 59230.8 59240
3652011001 224.592 -31.669 332.243 23.881 59225.3305 59225.3454 385.0 49 3 VALIDATED 59229.7 59239
3652011002 224.592 -31.669 332.243 23.881 59226.1694 59226.1843 434.0 49 3 VALIDATED 59230.8 59240
3652011101 224.591 -31.669 332.242 23.881 59225.0723 59225.7326 764.0 49 6 VALIDATED 59232.7 59239
3652011201 224.592 -31.669 332.243 23.881 59226.0402 59226.9586 1305.0 49 4 VALIDATED 59231.8 59240
3652011301 224.592 -31.669 332.243 23.881 59227.2727 59227.9912 542.0 49 4 VALIDATED 59232.8 59241
3652011401 224.591 -31.669 332.242 23.881 59228.1699 59228.8303 1663.0 49 3 VALIDATED 59232.8 59242
3652011501 224.591 -31.669 332.242 23.881 59229.0087 59229.8630 1860.0 49 3 VALIDATED 59233.8 59243
3652011601 224.591 -31.669 332.242 23.882 59230.3167 59230.8438 657.0 52 3 VALIDATED 59234.8 59244
3652011701 224.591 -31.669 332.242 23.881 59231.0094 59231.8799 698.0 52 3 VALIDATED 59235.8 59245
3652011801 224.591 -31.670 332.242 23.881 59232.1157 59232.8981 1103.0 52 3 VALIDATED 59236.9 59246
3652011901 224.592 -31.669 332.243 23.881 59233.0850 59233.9979 2394.0 52 5 VALIDATED 59239.8 59247
3652012001 224.591 -31.669 332.242 23.881 59234.2362 59234.7856 2866.0 52 4 VALIDATED 59239.9 59248