13.26 POLARIZA
AFARS Is used after FARS to determine Position and Value of the maximum
BANDPOL specifies polarizations of individual IFs
BDEPO computes depolarization due to rotation measure gradients
COMB combines two images by a variety of mathematical methods
DOFARS Procedure to aid in Faraday rotation synthesis using the FARS task
DOPOL selects application of any polarization calibration
FARAD add ionospheric Faraday rotation to CL table
FARS Faraday rotation synthesys based on the brightness vs wavelength
LPCAL Determines instrumental polarization for UV data
MAPBM Map VLA beam polarization
MEDI combines four images by a variety of mathematical methods
MODIM adds images of model objects to image cubes in IQU polarization
PCAL Determines instrumental polarization for UV data
PCNTR Generate plot file with contours plus polarization vectors
PCUT Cutoff in polarized intensity
PDVER specifies the version of the spetral polarization table to use
PMODEL Polarization model parameters
POLANGLE Intrinsic polarization angles for up to 30 sources
POLCO Task to correct polarization maps for Ricean bias
POLPLOT specifies the desired polarization ratio before plotting.
QUFIX determines Right minus Left phase difference, corrects cal files
QUOUT writes text file of Q, U versus frequency to be used by RLDIF
QUXTR extracts text files from Q,U cubes for input to TARS
RFARS Correct Q/U cubes for Faraday rotation synthesis results
RLCAL Determines instrumental right-left phase versus time (a self-cal)
RLCOR corrects a data set for R-L phase differences
RLDIF determines Right minus Left phase difference, corrects cal files
RM Task to calculate rotation measure and magnetic field
SWPOL Swap polarizations in a UV data base
TARPL Plot output of TARS task
TARS Simulation of Faraday rotation synthesis (mainly task FARS)
TRUEP determines true antenna polarization from special data sets
VLABP VLA antenna beam polarization correction for snapshot images
VLBACPOL Procedure to calibrate cross-polarization delays