VS07t Results
Submitted checklist.txt and checklist.tex is also available		   [Summary | AIPS | Difmap ]
Analyst: William Scott
Date Prepared: 02-11-1999
 

Summary
 
Observation code : VS07t    AIPS Version : 15DEC99   
Date of Observation : 1999/222    Difmap Version : 2.3c 
Source Name : J0115-01    vsop_difmap used : Yes 
Calibration Source(s) : 0202+149         
Ground telescopes : Ho, Mp, Se  Model Fitted to data : Yes 
Tracking Station(s) : RZ, GZ, TZ    Image made : Yes 
Correlator : Penticton         

 
Abstract
Model
Flux (Jy)
Radius (mas)
Theta (deg)
Major (mas)
Axial ratio
Phi (deg)
TB (10^12 K)
0.551719 0.105177 109.313 1.31654 1.00000 -31.4296 0.0155
(*) Quoted Brightness temperatures assume Gaussian components and are in the local (z=0) frame.


AIPS Data Reduction Notes
 
Task
Adverbs
CL
in
SN
in
CL
out
SN
out
Comments
FITLD DIGICOR=DELCOR=-1
 
 
 
 
 Output file name = VS07t.FITLD 
MSORT
 
 
 
 
 Input file name = VS07t.FITLD, Output file name = VS07t.UVSRT 
FIXWT
 
 
 
 
 Not used. 
INDXR
 
 
 
 
 Created NX(1) 
OBTAB
 
 
 
 
 Not Used 
ACCOR
 
 
 
 
 Not Used 
ANTAB
 
 
 
 
 INFILE='ANTAB.TXT', found at ISAS. Output sent to TY(1) and GC(1). 
APCAL
 
1 
 
 
 Input: Ty(1) + GC(1) 
CLCAL OPCODE = CALP
INTERPOL = 'AMBG'
REFANT 2 (Mopra)
1 
1 
2 
 
  
TACOP
2 
 
3 
 
  
CLCOR OPCODE='SBDL'
ANTENNAS = 1 (Mop)
CLCORPRM= -122.9, -122.9
GAINVER=3
3 
 
3 
 
 Undoing Horiuchi-San's CLCOR offsets. 
CLCOR OPCODE='SBDL'
ANTENNAS = 3 (Shanghai)
CLCORPRM= 66.1, 66.1
GAINVER=3
3 
 
3 
 
 Undoing Horiuchi-San's CLCOR offsets. 
CLCOR OPCODE='SBDL'
ANTENNAS = 4 (Hobart)
CLCORPRM= 33.3, 33.3
GAINVER=3
3 
 
3 
 
 Undoing Horiuchi-San's CLCOR offsets. 
TBIN
 
 
 
2 
 Read in all the DQA1 delays and rates into SN(2). 
CLCAL OPCODE = CALP
INTERPOL = 'AMBG'
REFANT 2 (Mopra)
2 
2 
3 
 
  
FRING DOCALIB 1
GAINUSE 3
REFANT 2 (Mop)
SEARCH 3,4
SOLINT 10
APARM(1)=2
APARM(7)=3 (SNR=3)
APARM(9)=1
DPARM(1)=3 (include baseline
   stacking)
DPARM(2)=400 (400ns delay
   window)
DPARM(3)=200 (200mHz rate
   window)
DPARM(4)=0.5 (0.5 sec integration
   time)
DPARM(6)=1 (don't average
   in frequency)
BCHAN 0, ECHAN 0
3 
 
 
2 
 Solutions looked good! 
SNEDT
 
2 
 
3 
  
CLCAL OPCODE='CALP'
INTERPOL = 'AMBG'
SMOTYPE = ''
REFANT 2
3 
5 
4 
 
  
CALIB
 
 
 
 
 Not used. 
TASAV
 
 
 
 
 Input file: VS07t.FIXWT, Output file: VS07t.TABLES 
SPLIT SOURCES 'J0115-01'
BCHAN 0, ECHAN 0
DOCALIB 1, GAINUSE 4
APARM(1)=2 (average each
   IF separately)
APARM(2)=0.5
APARM(4)=1
4 
 
 
 
 Input file: VS07t.FIXWT, Output file: J0115-01.FITS 
FITTP
 
 
 
 
 Input file: VS07t.FITS, Output file: J0115-01.FITS amplitude 

AIPS Input Files
ANTAB.TXT Comments
- None -

AIPS Output Files
DTSUM_0.LIS
DTSUM_1.LIS
LISTR.LIS
PRTAN.LIS
SN_APCAL_AMP_1.PS
SN_APCAL_AMP_2.PS		 SN_CALIB_DEL_1.PS
SN_CALIB_DEL_2.PS
SN_CALIB_PHA_1.PS
SN_CALIB_PHA_2.PS
SN_CALIB_RAT_1.PS
SN_CALIB_RAT_2.PS		 SN_CALIB_SNR_1.PS
SN_CALIB_SNR_2.PS
UVPLT_UV.PS
UVPLT_UVD.PS
UVPLT_UVPA.PS


Difmap Data Reduction Notes
Phase selfcal applied? Yes
Global amplitude selfcal (gscal) applied? No
Amplitude selfcal on non-global timescales used? No
Modelfit made and saved? Yes
Image Made and saved? Yes
Comments on Difmap processing
Used UVtaper at 0.5 on 100Mlambdas to clean out the extended flux, then eliminated the taper in later iterations of clean/self-cal. Gscale corrections: IF1 VSOP_SC 1.12, MOP 0.92, SESHAN25 0.88, HOBART 0.90, IF2 VSOP_SC 1.11, MOP 1.04, SESHAN25 0.85, HOBART 0.90. Final image: Had a 0.153Jy/beam core, with a jet extending in close to an E-W direction.

Image
Ampl, Phase vs (u,v) Distance
PS (68 kb)
JPEG (48 kb)
 Ampl, Phase vs Time
PS (182 kb)
JPEG 1, 2		 (u,v) Coverage
PS (36 kb)
JPEG (28 kb)
Closure Phase vs Time
PS (132 kb)
JPEG 1		 Clean Image
PS (42 kb)
JPEG (45 kb)
Modelfit
Ampl, Phase vs (u,v) Distance
PS (68 kb)
JPEG (48 kb)
 Ampl, Phase vs Time
PS (181 kb)
JPEG 1, 2		 (u,v) Coverage
PS (36 kb)
JPEG (28 kb)
Closure Phase vs Time
PS (131 kb)
JPEG 1		 Image with model components
PS (51 kb)
JPEG (42 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)
0.551719 0.105177 109.313 1.31654 1.00000 -31.4296 0.0155
(*) Quoted Brightness temperatures assume Gaussian components and are in the local (z=0) frame.


Last updated on Wed Aug 25 07:19:30 GMT 2004
by db_results.pl version 0.3.