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\begin{document}

\title{Jop 146 -- Giulio Del Zanna - MSSL UK }

\centerline{Last updated on 7th Jan 2005}

This is the link to Jonathan Cirtain WWW pages:


\url{http://hea-www.harvard.edu/SSXG/jcirtain/}

\section{Overview 17 Jan 2003 - TRACE}

The TRACE images have been processed using trace\_prep by 
Jonathan Cirtain.

The data are corrected for both solar rotation and are 
in DN/sec/pix . 
The values are floats.

All of the TRACE images are aligned with one 
another.

TRACE observed in sequence with the three coronal filters.
The 284 \AA\ filter is very noisy.

\begin{verbatim}
These are the timings (UT):

195 A: 
14:01:23.000 14:02:37.000 14:03:50.000 14:05:04.000 14:06:18.000 14:07:31.000
14:08:45.000 14:09:58.000

284 A:
14:10:11.000 14:10:29.000 14:11:11.000 14:11:57.000 14:12:40.000 14:13:23.000
14:14:06.000 14:14:49.000 14:15:32.000 14:16:15.000

171 A:
14:16:50.000 14:17:54.000 14:18:57.000 14:20:00.000 14:21:03.000 14:22:07.000
14:57:49.000 14:58:52.000 14:59:54.000

\end{verbatim}

 \begin{figure}[!htbp]
\centerline{\epsfig{file=trace_17_jan_14:10.ps, width=6.0cm,angle=90 }}
 \caption{ TRACE images, with the CDS FOV and (right column) with the 
TRACE 171 \AA\ contours superimposed. }
  \label{fig:}
\end{figure}
% Fig.~\ref{fig: }

\section{CDS - diagnostic raster}

The CDS data have been cleaned (one by one) for cosmic rays,
rotated and calibrated. 

The first and last row of pixles have been cut out.

the CDS images have been translated to match the TRACE images by:

trans=[-25, +15]


*No* correction for a NIS 1 -- NIS 2 misalignement has been 
applied. 



s26707r00 ARDIAG\_2     17/Jan/03 14:24:45

\begin{verbatim}

The map structure files with line intensities and positions are : 

s26707r00_fit_cds_maps.save
s26707r00_fit_cds_maps_pos.save


there are data for the lines (most have low counts - some are at the edge 
of the NIS window):

       0       332.789 Al X  332.8 Å log T = 6.1
       1       334.172 Fe XIV 334.2 Å log T = 6.2
       2       335.300 Fe XVI bl Mg VIII Fe XII 335.3 Å log T = 6.3
       3       346.852 Fe XII  346.9 Å log T = 6.2
       4       347.402 Si X  347.4 Å log T = 6.1
       5       348.183 Fe XIII  348.2 Å log T = 6.2
       6       349.170 Mg VI  349.2 Å log T = 5.7
       7       349.873 Si IX  349.9 Å log T = 6.1
       8       350.700 Na VII  350.7 Å log T = 5.8
       9       352.106 Fe XII  352.1 Å log T = 6.1
      10       352.662 Fe XI  352.7 Å log T = 6.1
      11       353.831 Fe XIV  353.8 Å log T = 6.2
      12       356.012 Si X  356.0 Å log T = 6.1
      13       356.519 Fe XI  356.5 Å log T = 6.1
      14       357.774 Ne IV  357.8 Å log T = 5.3
      15       358.700 Ne IV  358.7 Å log T = 5.3
      16       359.382 Ne V  359.4 Å log T = 5.5
      17       359.800 Fe XIII  359.8 Å log T = 6.2
      18       360.761 Fe XVI  360.8 Å log T = 6.3
      19       361.400 Si XI + Fe X 361.4 Å log T = 6.3
      20       363.772 Mg VII  363.8 Å log T =5.8
      21       364.189 Fe X 364.2 Å log T = 6.0
      22       364.467 Fe XII  364.5 Å log T = 6.1
      23       367.200 Fe XVII  367.2 Å log T = 6.6
      24       367.670 Mg VII  367.7 Å log T = 5.8
      25       368.070 Mg IX  368.1 Å log T = 6.0
      26       369.153 Fe XI  369.2 Å log T = 6.1
      27       519.722 Ar VIII  519.7 Å log T =5.5
      28       520.665 Si XII  520.7 Å log T = 6.3
      29       522.210 He I  522.2 Å log T = 4.5
      30       541.128 Ne IV  541.1 Å log T = 5.3
      31       542.072 Ne IV  542.1 Å log T = 5.3
      32       543.891 Ne IV  543.9 Å log T = 5.3
      33       548.618 Mg VII  548.6 Å log T = 5.8
      34       550.031 Al XI  550.0 Å log T =6.2
      35       553.329 O IV  553.3 Å log T =5.3
      36       554.076 O IV  554.1 Å log T =5.3
      37       554.513 O IV  554.5 Å log T =5.3
      38       555.263 O IV  555.3 Å log T =5.3
      39       557.765 Ca X  557.8 Å log T =5.8
      40       558.594 Ne VI  558.6 Å log T =5.6
      41       561.728 Ne VII  561.7 Å log T =5.7
      42       562.803 Ne VI  562.8 Å log T =5.6
      43       563.957 Si XI  564.0 Å log T =6.2
      44       580.400 O II  580.4 Å log T = 4.9
      45       580.908 Si XI  580.9 Å log T =6.2
      46       592.200  Fe XIX 592.2  592.2 Å log T = 7.0
      47       592.900   ? 592.9 Å log T = 0
      48       624.200 Fe XIII IIo  624.2 Å log T = 6.2
      49       624.941 Mg X  624.9 Å log T = 6.0
      50       625.853 O IV  625.9 Å log T = 5.3
      51       629.732 O V  629.7 Å log T = 5.4

\end{verbatim}

 \begin{figure}[!htbp]
\centerline{
\epsfig{file=s26707_OV.ps, width=6.0cm,angle=90 }
\epsfig{file=s26707_NeVI.ps, width=6.0cm,angle=90 }
}
\centerline{
\epsfig{file=s26707_MgVI.ps, width=6.0cm,angle=90 }
\epsfig{file=s26707_MgVII.ps, width=6.0cm,angle=90 }
}
\centerline{
\epsfig{file=s26707_NeVII.ps, width=6.0cm,angle=90 }
\epsfig{file=s26707_CaX.ps, width=6.0cm,angle=90 }
}
\centerline{
\epsfig{file=s26707_MgIX.ps, width=6.0cm,angle=90 }
\epsfig{file=s26707_MgX.ps, width=6.0cm,angle=90 }
} 
\centerline{
\epsfig{file=s26707_FeXII.ps, width=6.0cm,angle=90 }
%\epsfig{file=, width=6.0cm,angle=90 }
}
\caption{Selection of CDS monochromatic images with contours of 
TRACE 171 \AA\ superimposed. }
  \label{fig:}
\end{figure}
% Fig.~\ref{fig: }

\section{CDS - sparse rasters}

s26704r00 - 08 ARDIAG\_4     17/Jan/03 10:43:57 - 11:39:41

\begin{verbatim}

The map structure files with line intensities and positions are : 

s26708r00_fit_cds_maps.save
s26708r00_fit_cds_maps_pos.save

and so on ...


 there are results for the lines : 

       0       318.600 Fe X  318.6 Å log T = 6.0
       1       319.027 Mg VII  319.0 Å log T = 5.8
       2       319.825 Si VIII 319.8 Å log T = 5.9
       3       320.500 Ni XVIII  320.5 Å log T = 6.4
       4       320.809 Fe XIII  320.8 Å log T = 6.2
       5       344.000 Al VII  344.0 Å log T = 0.
       6       345.100 Si IX  345.1 Å log T = 6.1
       7       345.722 Fe X  345.7 Å log T = 6.0
       8       346.852 Fe XII  346.9 Å log T = 6.2
       9       347.402 Si X  347.4 Å log T = 6.1
      10       348.183 Fe XIII  348.2 Å log T = 6.2
      11       349.170 Mg VI  349.2 Å log T = 5.7
      12       349.873 Si IX  349.9 Å log T = 6.1
      13       350.700 Na VII  350.7 Å log T = 5.8
      14       356.012 Si X  356.0 Å log T = 6.1
      15       356.519 Fe XI  356.5 Å log T = 6.1
      16       359.382 Ne V  359.4 Å log T = 5.5
      17       359.800 Fe XIII  359.8 Å log T = 6.2
      18       360.761 Fe XVI  360.8 Å log T = 6.3
      19       361.400 Si XI + Fe X 361.4 Å log T = 6.3
      20       363.772 Mg VII  363.8 Å log T =5.8
      21       364.189 Fe X 364.2 Å log T = 6.0
      22       364.467 Fe XII  364.5 Å log T = 6.1
      23       365.200 Mg VII  365.2 Å log T = 5.8
      24       365.543 Fe X  365.5 Å log T = 6.0
      25       366.000 X 366.0 Å log T = 0.0
      26       367.200 Fe XVII  367.2 Å log T = 6.6
      27       367.670 Mg VII  367.7 Å log T = 5.8
      28       368.070 Mg IX  368.1 Å log T = 6.0
      29       369.153 Fe XI  369.2 Å log T = 6.1
      30       519.722 Ar VIII  519.7 Å log T =5.5
      31       520.665 Si XII  520.7 Å log T = 6.3
      32       522.210 He I  522.2 Å log T = 4.5
      33       561.728 Ne VII  561.7 Å log T =5.7
      34       562.803 Ne VI  562.8 Å log T =5.6
      35       563.957 Si XI  564.0 Å log T =6.2
      36       592.200  Fe XIX 592.2  592.2 Å log T = 7.0
      37       592.900   ? 592.9 Å log T = 0
      38       599.597 O III  599.6 Å log T =5.1
      39       600.600 X 600.6 Å log T = 0.
      40       624.200 Fe XIII IIo  624.2 Å log T = 6.2
      41       624.941 Mg X  624.9 Å log T = 6.0
      42       625.853 O IV  625.9 Å log T = 5.3
      43       629.732 O V  629.7 Å log T = 5.4

\end{verbatim}

 \begin{figure}[!htbp]
\centerline{
\epsfig{file=s26708r00_fit_ima.ps, width=6.0cm,angle=90 }
\epsfig{file=s26708r01_fit_ima.ps, width=6.0cm,angle=90 }
}
\centerline{
\epsfig{file=s26708r02_fit_ima.ps, width=6.0cm,angle=90 }
\epsfig{file=s26708r03_fit_ima.ps, width=6.0cm,angle=90 }
}
 \caption{Selection of CDS monochromatic images. 
Same intensity scale, s26708r00-03 }
  \label{fig:}
\end{figure}
% Fig.~\ref{fig:

 \begin{figure}[!htbp]
\centerline{
\epsfig{file=s26708r04_fit_ima.ps, width=6.0cm,angle=90 }
\epsfig{file=s26708r05_fit_ima.ps, width=6.0cm,angle=90 }
}
\centerline{
\epsfig{file=s26708r06_fit_ima.ps, width=6.0cm,angle=90 }
\epsfig{file=s26708r07_fit_ima.ps, width=6.0cm,angle=90 }
}
\centerline{
\epsfig{file=s26708r08_fit_ima.ps, width=6.0cm,angle=90 }
}
 \caption{Selection of CDS monochromatic images. 
Same intensity scale, s26708r04-08 }
  \label{fig:}
\end{figure}
% Fig.~\ref{fig:



{\bf \Large Acknowledgements}

Support from  PPARC is acknowledged.


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