NICER observation list: Target ID 658801

Abstract

Black holes in X-ray binary systems are among the brightest objects in the X-ray sky. Outbursting BHs in transient systems exhibit a characteristic Q- or turtle-shaped pattern when plotted on a hardness-intensity diagram. This pattern encodes a rich set of spectral-timing state transitions characteristic of a BH's outburst. This proposal aims to establish a legacy data archive of weekly NICER monitoring of these turtle-diagrams. Our proposed program fills in coverage gaps arising from proposals which serve more narrow scientific goals, and which often do not monitor the entirety of an outburst. We argue, on the basis of the ongoing impact of the RXTE BH data archive, that it is imperative to leverage NICER's high-throughput soft-X-ray sensitivity against the full outburst.
Obsid RA DEC l b Start End Exposure Number of
Modules
Number of
Processing
Status of
Processing
Date of
Processing
Public
date
6588010101 248.509 -47.393 336.913 0.249 60169.9148 60169.9882 500.0 42 4 VALIDATED 60180.2 60183
6588010102 248.508 -47.392 336.912 0.250 60170.0437 60170.9563 2204.0 42 4 VALIDATED 60181.9 60184
6588010103 248.508 -47.393 336.912 0.250 60171.5277 60171.9243 1391.0 42 3 VALIDATED 60182.0 60185
6588010104 248.507 -47.392 336.912 0.250 60172.1731 60172.4405 1591.0 42 4 VALIDATED 60185.1 60186
6588010105 248.507 -47.393 336.912 0.250 60173.0738 60173.6667 3303.0 42 3 VALIDATED 60185.2 60187
6588010106 248.507 -47.393 336.911 0.250 60174.2370 60174.3764 1038.5 42 4 VALIDATED 60185.3 60188
6588010107 248.506 -47.397 336.908 0.248 60175.3992 60175.8609 374.0 42 4 VALIDATED 60186.8 60189
6588010108 248.504 -47.397 336.907 0.249 60176.5595 60176.8933 329.0 42 5 VALIDATED 60189.8 60190
6588010109 248.507 -47.400 336.906 0.246 60177.8524 60177.9903 479.0 42 5 VALIDATED 60189.9 60191
6588010110 248.512 -47.393 336.914 0.248 60178.6267 60178.7002 42.0 42 4 VALIDATED 60190.0 60192
6588010111 248.507 -47.393 336.911 0.250 60183.1551 60183.4104 3814.0 51 4 VALIDATED 60199.0 60197
6588010112 248.507 -47.393 336.911 0.250 60187.7370 60187.8722 397.0 51 4 VALIDATED 60202.8 60201
6588010113 248.507 -47.393 336.911 0.250 60188.0602 60188.7741 2145.0 51 3 VALIDATED 60203.0 60202
6588010114 248.505 -47.388 336.914 0.255 60208.1103 60208.1210 0.0 41 4 VALIDATED 60219.2 60222
6588010115 248.506 -47.393 336.911 0.250 60209.0140 60209.2259 385.5 40 3 VALIDATED 60219.3 60223
6588010116 248.507 -47.396 336.909 0.248 60225.1159 60225.7037 3560.0 51 5 VALIDATED 60236.7 60239
6588010117 248.507 -47.393 336.912 0.250 60229.5080 60229.8426 3798.0 51 3 VALIDATED 60240.0 60243
6588010118 248.507 -47.394 336.911 0.250 60324.2787 60324.9942 3394.8 50 3 VALIDATED 60339.0 60338
6588010119 248.507 -47.393 336.911 0.250 60325.0535 60325.1854 697.0 50 3 VALIDATED 60339.1 60339
6588010120 248.507 -47.393 336.912 0.250 60330.7309 60330.9972 1555.0 50 3 VALIDATED 60341.9 60344
6588010121 248.507 -47.393 336.912 0.250 60331.0546 60331.4461 1241.5 50 3 VALIDATED 60342.0 60345
6588010122 248.507 -47.392 336.912 0.251 60336.9305 60336.9975 266.0 50 5 VALIDATED 60352.1 60350
6588010123 248.507 -47.393 336.912 0.250 60337.0581 60337.3201 147.0 50 4 VALIDATED 60352.2 60351
6588010124 248.504 -47.389 336.913 0.254 60358.9938 60359.5852 2963.0 50 6 VALIDATED 60379.3 60373
6588010125 248.507 -47.390 336.914 0.252 60361.5765 60361.9072 1529.0 50 5 VALIDATED 60384.3 60375
6588010126 248.507 -47.393 336.911 0.250 60362.0324 60362.6167 1461.0 50 3 VALIDATED 60379.9 60376