Difference between revisions of "Fermi LAT Main OP313"

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The Fermi LAT analysis has been performed on a large time scale to derive a long-term light curve and run a Bayesian block analysis to defined bocks of observation
  
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=== Parameters ===
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RA      =        197.6324  degrees
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Dec    =        32.3547  degrees
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Start  =        715617241.0  MET (s)
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Stop    =        727281241.0  MET (s)
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ROI    =        10.0  degrees
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E min  =        100.0  MeV
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E max  =        300000.0  MeV
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E min ext      =        50.11872336272722  MeV
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E max ext      =        598578.6944906638  MeV
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IRFs    =        P8R3_SOURCE_V3
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evclass =        128
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evtype  =        3
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== Long term Fermi-LAT Light curve ==
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This plot is the Fermi-LAT LC with the final bayesian block description. The block are given here :
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High state :
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Mid state :
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Low state :
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In the High state, I use bin of around 12 hours, 1 day in the Mid state and 3 days in the low state
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{| class="wikitable"
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| Date || MET start || MET stop|| N bins
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|-
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| Low || MET start || MET stop|| N bins
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|-
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| Low || MET start || MET stop|| N bins
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|}
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== SEDs ==

Revision as of 10:52, 19 February 2024

The Fermi LAT analysis has been performed on a large time scale to derive a long-term light curve and run a Bayesian block analysis to defined bocks of observation

Parameters

RA = 197.6324 degrees

Dec = 32.3547 degrees

Start = 715617241.0 MET (s)

Stop = 727281241.0 MET (s)

ROI = 10.0 degrees

E min = 100.0 MeV

E max = 300000.0 MeV

E min ext = 50.11872336272722 MeV

E max ext = 598578.6944906638 MeV

IRFs = P8R3_SOURCE_V3

evclass = 128

evtype = 3


Long term Fermi-LAT Light curve

This plot is the Fermi-LAT LC with the final bayesian block description. The block are given here :

High state :

Mid state :

Low state :


In the High state, I use bin of around 12 hours, 1 day in the Mid state and 3 days in the low state

Date MET start MET stop N bins
Low MET start MET stop N bins
Low MET start MET stop N bins


SEDs