VS06T Results
Submitted checklist.txt and checklist.tex is also available		   [Summary | AIPS | Difmap ]
Analyst: Richard Dodson
Date Prepared: 09-09-1999
 

Summary
 
Observation code : VS06T    AIPS Version : 15APR99   
Date of Observation : 1998/106    Difmap Version : 2.3c 
Source Name : J1510-0543    vsop_difmap used : Yes 
Calibration Source(s) : J1510-0543         
Ground telescopes : HO UD  Model Fitted to data : Yes 
Tracking Station(s) : TZ GZ NZ    Image made : No 
Correlator : Penticton         

 
Abstract
Fitted a circular gaussian to a very little data.
Model
Flux (Jy)
Radius (mas)
Theta (deg)
Major (mas)
Axial ratio
Phi (deg)
TB (10^12 K)
0.265331 0.00890473 -175.111 0.261320 1.00000 -151.557 0.1896
(*) Quoted Brightness temperatures assume Gaussian components and are in the local (z=0) frame.


AIPS Data Reduction Notes
 
- None -

AIPS Input Files
Comments
- None -

AIPS Output Files
DTSUM_1.LIS
PRTAN.LIS
LISTR.LIS
DTSUM_0.LIS
POSSM05_AP_1.PS
POSSM05_AP_2.PS
UVPLT_UV.PS
UVPLT_UVD.PS
UVPLT_UVPA.PS		 SN_APCAL_AMP_2.PS
SN_APCAL_AMP_1.PS
SN_FRING01_DEL_1.PS
SN_FRING01_DEL_2.PS
SN_FRING01_RAT_1.PS
SN_FRING01_RAT_2.PS
SN_FRING01_SNR_1.PS
SN_FRING01_SNR_2.PS
SN_CALIB_DEL_1.PS		 SN_CALIB_DEL_2.PS
SN_CALIB_RAT_1.PS
SN_CALIB_RAT_2.PS
SN_CALIB_SNR_1.PS
SN_CALIB_SNR_2.PS
SN_CALIB_PHA_1.PS
SN_CALIB_PHA_2.PS


Difmap Data Reduction Notes
Phase selfcal applied? No
Global amplitude selfcal (gscal) applied? No
Amplitude selfcal on non-global timescales used? No
Modelfit made and saved? Yes
Image Made and saved? No
Comments on Difmap processing

Modelfit
Ampl, Phase vs (u,v) Distance
PS (29 kb)
GIF (6 kb)
 Ampl, Phase vs Time
PS (89 kb)
GIF 1, 2		 (u,v) Coverage
PS (15 kb)
GIF (4 kb)
Closure Phase vs Time
PS (51 kb)
GIF 1		 Image with model components
PS (30 kb)
GIF (6 kb)

More details on the Images and Modelfits are found in this page.

Model
Flux (Jy)
Radius (mas)
Theta (deg)
Major (mas)
Axial ratio
Phi (deg)
TB (10^12 K)
0.265331 0.00890473 -175.111 0.261320 1.00000 -151.557 0.1896
(*) Quoted Brightness temperatures assume Gaussian components and are in the local (z=0) frame.


Last updated on Mon Nov 22 08:30:54 GMT 1999
by db_results.pl version 0.2.0.