ToO Information
Request ID: 34162
Request Type: NEW
ToO Urgency: WITHIN A WEEK
Proposal ID:
Target Info
Target Name: J0618+2222
Target No.: 5089
Category: X-RAY PULSARS AND NEUTRON STARS
Coordinates[J2000]: (94.50603, 22.37465)
Exp (ks): 40
Extended: N
Extent Size:
Background Restriction: N
Remarks:
Constraint Details
Monitor: Y
Criteria: If we find an X-ray pulsar in the system we would like the initial observation to be followed-up by two shorter exposures(15-20ks), in order to understand spin evolution during the outburst. Assuming initial trigger during the rising phase, we would like one observation each during the peak and decline of the outburst. We would use optical and Swift observations to find appropriate trigger times.
Phase Dependent: N
Epoch:
Period:
Min:
Max:
Remarks:
Specific Time: N
Start:
End:
Remarks:
ToO: Y
Coordinate Observation: Preferred
Observatory: NUSTAR
Description: We would like to understand its spectral behavior extending to hard X-rays in the current brighter state and find a spectral break if any. While the pulsation search would allow us to understand the nature of compact object the spectral behavior supplied should allow us to better understand the accretion regime.
Uninterrupted: N
Justification:
Estimated Count Rate (cts s-1): 0.512
Requester Information
Name: DR. AMRUTA DILIP JAODAND
Status
Request Date (UTC): 2019-10-11 05:55:16
Disposition: Accepted
Date:
Reason:
Person:
Status: Complete
Date:
Person:
Misc
Note:
Target Details
Nearest Target No:
Nearest Taget Name:
Separation (arcmin):
Nearby Target (<3.0'):
Referenced Target Catalogue:
Sun Angle: No Data
Planned Observations
AGS6 Reference:
Planned Snapshots:
Observation Start |
Observation End |
Span |
Mode |
Observation ID |
(YYYY-DDDTHH:MM:SS) |
(YYYY-DDDTHH:MM:SS) |
(seconds) |
Man/Opt |
|
Visibility
AGS3 Reference:
Visibility Report:
Target Name |
Target ID |
Visibility Start |
Visibility End |
Span |
Initial |
Final |
Relative |
|
|
(YYYY-DDDTHH:MM:SS) |
(YYYY-DDDTHH:MM:SS) |
(seconds) |
Interference |
Interference |
Orbits |