In this case, only the cross-correlations are used. Don't forget to apply
the SOLVE FLUX command only on a short time interval where the weather
conditions: H
O vapor contents and phase noise are quite similar.
- Select the RF bandpass done usually after a FOCUS and a POINTING - Select the adjacent Phase Calibrator(s)- it should follow a POINTING
CLIC\SET RF ON FREQ
CLIC\SET PHASE RELATIVE
CLIC\SET BAND DSB
CLIC\SET SUB L01 TO L06
CLIC\SET SOURCE Phase_Calib RF_Calib
CLIC\SET FLUX RF_Calib xx.x !see flux reports
CLIC\SET PROC CORR
CLIC\FIND /SCAN x y !After a pointing on RF_Calib
CLIC\FIND APPEND /SCAN v w !After a pointing on Phase_Calib
CLIC\SOLVE FLUX
When the flux density of the amplitude calibrator is known, update the CLIC calibration procedure (described in the ``Calibration Cookbook'') as follows:
CLIC\SET SOURCE Phase_Calib RF_CAlib
CLIC\SET PROC POINT CORR
CLIC\SET FLUX Phase_Calib xx.x
CLIC\SET FLUX RF_Calib yy.y
CLIC\FIND
CLIC\STORE FLUX (On all cross-correlations)
Now you can proceed to the standard Amplitude Calibration using cross-correlations on the Amplitude Calibrator (see ``Calibration Cookbook'').