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correlator:records:v255k [2010/10/04 18:35]
cormac
correlator:records:v255k [2014/11/11 18:08] (current)
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 [[http://​www.atnf.csiro.au/​vlbi/​wiki/​index.php?​n=LBAJul2010.V255K|Observers Wiki]] [[http://​www.atnf.csiro.au/​vlbi/​wiki/​index.php?​n=LBAJul2010.V255K|Observers Wiki]]
- 
 ===== Correlation notes ===== ===== Correlation notes =====
  
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 | V255K.1.FITS | Geodetic calibrators |  2010-07-23, 0/07:10:03 - 0/​16:​59:​59 ​ | RR LL  |  4  |  16.0  MHz  |  256  |  2.0  | | V255K.1.FITS | Geodetic calibrators |  2010-07-23, 0/07:10:03 - 0/​16:​59:​59 ​ | RR LL  |  4  |  16.0  MHz  |  256  |  2.0  |
 | V255K.2.FITS | Masers at high spectral resolution ​ |  2010-07-23, 0/08:13:11 - 0/​16:​11:​58 ​ | RR LL RL LR  |  1  |  2.0  MHz  |  2048  |  2.048  | | V255K.2.FITS | Masers at high spectral resolution ​ |  2010-07-23, 0/08:13:11 - 0/​16:​11:​58 ​ | RR LL RL LR  |  1  |  2.0  MHz  |  2048  |  2.048  |
 +| V255K.G329.031.FITS | Masers at high spectral resolution, pointing centre on G329.031-0.198 ​ |  2010-07-23, 0/08:13:11 - 0/​16:​11:​58 ​ | RR LL RL LR  |  1  |  2.0  MHz  |  2048  |  2.048  |
 +| V255K.G329.029.FITS | Masers at high spectral resolution, pointing centre on G329.029-0.205 ​ |  2010-07-23, 0/08:13:11 - 0/​16:​11:​58 ​ | RR LL RL LR  |  1  |  2.0  MHz  |  2048  |  2.048  |
 +
 ===== Analysis notes ===== ===== Analysis notes =====
  
 V255K.0.FITS V255K.0.FITS
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1.DTSUM|Brief Data Summary]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1.DTSUM|Brief Data Summary]]
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1.SCAN|Scan listing]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1.SCAN|Scan listing]]
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_ACCOR.pdf|Amplitude corrections from ACCOR]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_ACCOR.pdf|Amplitude corrections from ACCOR]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_FRING_DELAY.pdf|Fringe-fit delay solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_FRING_DELAY.pdf|Fringe-fit delay solutions]]
  
  
Line 41: Line 43:
 Hobart solutions are rather strange. Perhaps due to low SNR. Perhaps a clock problem? Analyse carefully. Hobart solutions are rather strange. Perhaps due to low SNR. Perhaps a clock problem? Analyse carefully.
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_FRING_PHAS.pdf|Fringe-fit phase solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_FRING_PHAS.pdf|Fringe-fit phase solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_FRING_RATE.pdf|Fringe-fit rate solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_FRING_RATE.pdf|Fringe-fit rate solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_1_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_1_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
Line 63: Line 65:
 V255K.1.FITS ​ V255K.1.FITS ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2.DTSUM|Brief Data Summary]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2.DTSUM|Brief Data Summary]]
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2.SCAN|Scan listing]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2.SCAN|Scan listing]]
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_ACCOR.pdf|Amplitude corrections from ACCOR]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_ACCOR.pdf|Amplitude corrections from ACCOR]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_FRING_DELAY.pdf|Fringe-fit delay solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_FRING_DELAY.pdf|Fringe-fit delay solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_FRING_PHAS.pdf|Fringe-fit phase solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_FRING_PHAS.pdf|Fringe-fit phase solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_FRING_RATE.pdf|Fringe-fit rate solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_FRING_RATE.pdf|Fringe-fit rate solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_2_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_2_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
Line 109: Line 111:
 V255K.2.FITS ​ V255K.2.FITS ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3.DTSUM|Brief Data Summary]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3.DTSUM|Brief Data Summary]]
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3.SCAN|Scan listing]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3.SCAN|Scan listing]]
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_ACCOR.pdf|Amplitude corrections from ACCOR]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_ACCOR.pdf|Amplitude corrections from ACCOR]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_FRING_DELAY.pdf|Fringe-fit delay solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_FRING_DELAY.pdf|Fringe-fit delay solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_FRING_PHAS.pdf|Fringe-fit phase solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_FRING_PHAS.pdf|Fringe-fit phase solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_FRING_RATE.pdf|Fringe-fit rate solutions]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_FRING_RATE.pdf|Fringe-fit rate solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v255k/​v255k_3_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v255k/​v255k_3_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
correlator/records/v255k.txt · Last modified: 2014/11/11 18:08 (external edit)