Difference between revisions of "GAL03"
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- it is not necessary to forcefully get observations concentrated on the relatively low zenith angles. | - it is not necessary to forcefully get observations concentrated on the relatively low zenith angles. | ||
instead it would be good to try to take data as much as possible regardless of the zenith angle. | instead it would be good to try to take data as much as possible regardless of the zenith angle. | ||
| + | (of course, relatively low zenith angles (<63 deg) would be preferable, though) | ||
- it may be good to carry out the three observations equally in a single night, | - it may be good to carry out the three observations equally in a single night, | ||
so that NSB and air conditions can be as equal as possible among them. | so that NSB and air conditions can be as equal as possible among them. | ||
- it may be also good to make equal the zenith distributions among three points. | - it may be also good to make equal the zenith distributions among three points. | ||
Revision as of 16:34, 12 June 2023
Proposal
Proposal: GAL03: Studying the large scale, diffuse emission around the Gal Center with the LST1
PI: Shotaro Abe (shotaro@icrr.u-tokyo.ac.jp)
Source Name: GalCenter field1
RA [deg] = 266.41, DEC [deg] = -29.01
Min Zenith [deg] = 57, Max Zenith [deg] = 70
Night Sky Background [Moon/Dark/Both] = Dark
Wobbles [Standard/Custom] = On (not wobble)
Source Name: GalCenter field2
RA [deg] = 262.98, DEC [deg] = -29.01
Min Zenith [deg] = 57, Max Zenith [deg] = 70
Night Sky Background [Moon/Dark/Both] = Dark
Wobbles [Standard/Custom] = On (not wobble)
Source Name: GalCenter field3
RA [deg] = 223.84, DEC [deg] = -29.01
Min Zenith [deg] = 57, Max Zenith [deg] = 70
Night Sky Background [Moon/Dark/Both] = Dark
Wobbles [Standard/Custom] = On (not wobble)
Observational settings/limits
Min zenith = 57 deg
Max zenith = 70 deg (not strictly)
NSB: Dark
Wobbles: all ON, not wobble
Total time requested: 25 hours for each point
comment:
- it is not necessary to forcefully get observations concentrated on the relatively low zenith angles.
instead it would be good to try to take data as much as possible regardless of the zenith angle.
(of course, relatively low zenith angles (<63 deg) would be preferable, though)
- it may be good to carry out the three observations equally in a single night,
so that NSB and air conditions can be as equal as possible among them.
- it may be also good to make equal the zenith distributions among three points.
