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INTEGRALAO: Help
OverviewThis HEASARC database table contains the INTEGRAL pointed observing programs for AO-1 through AO-6 and includes targets in both the Core Program (Guaranteed Time) pointed observations list and in the General Program (Open Time) accepted observations list.ReferencesThis HEASARC database table is based on the INTEGRAL Project's tables for approved targets at the following URLs:
http://integral.esac.esa.int/isocweb/schedule.html?action=targets&ao=1
http://integral.esac.esa.int/isocweb/schedule.html?action=targets&ao=2
http://integral.esac.esa.int/isocweb/schedule.html?action=targets&ao=3
http://integral.esac.esa.int/isocweb/schedule.html?action=targets&ao=4
http://integral.esac.esa.int/isocweb/schedule.html?action=targets&ao=5
http://integral.esac.esa.int/isocweb/schedule.html?action=targets&ao=6
ProvenanceThe structure of this database table was last revised by the HEASARC in August 2007. It was expanded to include AO-6 in June 2008. The contents of the table are automatically updated on a weekly basis using the referenced data obtained from the ESA INTEGRAL mission web site at http://integral.esac.esa.int/.DescriptionThe European Space Agency (ESA) scientific mission INTEGRAL (International Gamma-Ray Astrophysics Laboratory) is dedicated to the fine spectroscopy (E/E = 500) and fine imaging (angular resolution: 12 arcmin FWHM) of celestial gamma-ray sources in the energy range from 15 keV to 10 MeV with concurrent source monitoring in the X-ray (3-35 keV) and optical (V-band, 550 nm) energy ranges. INTEGRAL was selected by the ESA Science Programme Committee on 3 June 1993 as the next ESA medium-size scientific mission (M2) of the Horizon 2000 program, and was launched in October 2002. The mission is conceived as an observatory led by ESA with contributions from Russia (PROTON launcher) and NASA (Deep Space Network ground station).INTEGRAL is an observatory-type mission with a nominal lifetime of 2 years, but an extension of its operation until December 2008 was approved by ESA in November 2003. Most of the total observing time (65% during year 1, 70% during year 2, and 75% (TBC) for years 3, 4, etc.) will be awarded under the General Program to the scientific community at large. Typical observations last from 100 ksec up to about two weeks. Proposals for observations are selected on their scientific merit by a Time Allocation Committee (TAC). These selected observations are the base of the General Program. The remaining fraction of the total observing time (i.e. 35% (year 1), 30% (year 2), and 25% (TBC) (years 3, 4, etc.) comprises the Core Program and is reserved for the institutes which have developed and delivered the INTEGRAL instruments and for the INTEGRAL Data Center (guaranteed PI time), for Russia and NASA for their contributions to the INTEGRAL missions, and - to a smaller extent - for Mission Scientists and the ISOC. The Core Program will consist of three elements: (i) Deep exposures of the central Galactic radian (+/ 30 deg in longitude, +/- 20 deg in latitude, centred on (l, b) = (0, 0). Individual pointings (30 min exposure each) on a regular pointing grid with 2.4 and 1.2 deg spacing, respectively; (ii) The Survey of the Galactic Plane to map its gamma-ray emission, to detect as yet unknown persistent sources (e.g. recent Galactic supernovae), and to facilitate the study of transient sources. This survey will be made out of weekly scans ("slew, stop, stare") along a saw-tooth path (inclined at 21 deg wrt galactic equator). Each scan consists of a series of individual exposures (1050 sec each) separated by 6.0 deg along the scan path. Individual scans are shifted by 27.5 deg in galactic longitude. The scan pointings cover a band of +/- 6.5 deg in galactic latitude; the actual coverage is larger (i.e. approx. +/- 20 deg), however, due to the wide FOV's of the instruments; and (iii) Pointed observations including Targets of Opportunity (ToO's). Parameters
PNo
ObsID
Name
RA
Dec
LII
BII
Time_Approved
Exposure
Status
ObsType
Pattern
Grade The characteristics of a specific grade are as follows: A: Excellent proposal. Highest scheduling priority. A-grade proposals which can not be scheduled during their particular AO will automatically be carried over to the next AO, i.e. no re-submission to the TAC for the next AO is required. This does not hold, however, for TOO observations (see below), which should be re-proposed, if desired by the PI, for the next AO, if they are not scheduled during the period covered by their AO. B: Very good proposal. High scheduling priority. B-grade proposals which can not be scheduled during their particular AO must be re-submitted for the next AO when B-grade targets become free for new proposals. C: Good proposal. Low scheduling priority. C- grade proposals which can not be scheduled during their particular AO must be re-submitted for the next AO when C-grade targets become free for new proposals. GRB: A special sub-group of targets, which have a priority class of their own because of their serendipitous nature, has been identified with this grade. No scheduling impact as serendipitous data are being used.
Title
Category
PI_Name
Institute
Country
Abstract Contact PersonQuestions regarding the INTEGRALAO database table can be addressed to the HEASARC User Hotline. |
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