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ReadMe.txt

File history uploaded by Georgios Magdis 1 year, 10 months ago
Description:
    Predictions for the median gas fraction of quiescent galaxies and scatter, 
    as a function of stellar mass. This release includes a best-fit model based
    on observed constraints and a grid with varying parameters, both in form of 
    FITS binary tables.
    The model has three free parameters: the initial gas fraction of galaxies
    quenched through a "slow" channel (fg0s), the initial gas fraction of fast-
    quenched galaxies (fg0f), associated with merger remnants, and a depletion 
    time (tdep). See the article for more details.


File Summary:
--------------------------------------------------------------------------------
  FileName				Explanations
--------------------------------------------------------------------------------
ReadMe          			This file
fgas_median_fg0_0.07_tdep_1.7.fits	Best-fit model
fgas_median_constant_sgrid.fits		Model grid (small)
--------------------------------------------------------------------------------


Description of file: fgas_median_fg0_0.07_tdep_1.7.fits
--------------------------------------------------------------------------------
   Extension	Dimensions	Explanations
--------------------------------------------------------------------------------
   1		100		Redshift grid (z=0-2.5)
   2		14		Stellar mass grid (M*=1e10-5e11 Msun)
   3		100*14*10*11*10	Gas fraction
   4		100*14*10*11*10 Gas fraction (L68)
   5		100*14*10*11*10	Gas fraction (H68)
--------------------------------------------------------------------------------


Description of file: fgas_median_constant_sgrid.fits
--------------------------------------------------------------------------------
   Extension	Dimensions	Explanations
--------------------------------------------------------------------------------
   1		100		Redshift grid (z=0-2.5)
   2		14		Stellar mass grid (M*=1e10-5e11 Msun)
   3		100*14*10*11*10	Gas fraction
   4		100*14*10*11*10 Gas fraction (L68)
   5		100*14*10*11*10	Gas fraction (H68)
   6		10		fg0s	(0.01-0.1)
   7		11		tdep	(1-2 Gyr)
   8		10		fg0f	(0.01-0.1)
--------------------------------------------------------------------------------


Acknowledgements: Raphael Gobat <raphael.gobat@pucv.cl>

================================================================================
(End)          Raphael Gobat [PUCV, Chile]                           07-Nov-2020

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