TRANSP_news

This document contains *very brief* descriptions of new TRANSP
features.  Generally, detailed descriptions of namelist controls
and/or new code outputs associated with the new feature, are
described in the main TRANSP help file.

The date in the subtopic refers to the approximate date of availability
of the new feature.

Old news will be purged out of this document from time to time.

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Jan_18_2012_NUBEAM

'tshare' version of TRANSP has a new option  to compute atomic physics data in
consistent excited state model using ADAS310 library.
In NAMELIST set

LEV_NBIDEP=2
nsigexc=3

NOTE: FRANTIC will remain in ground model.


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Nov_28_2011_NUBEAM

'tshare' version of TRANSP has new option for a shielded beam current calculation.

  NMCURB  = 4, shielding calculation by Honda M., Kikuchi M., Azumi M.
  "Collisionality dependence on shielding factor of beam driven current" Eqs. 16 - 18.
  Nuclear Fusion, submitted by October 2011.  The model fit takes into account
  the  collisionality dependence of the shielding factor at arbitrary aspect ratio.

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Oct_2011_MPI_TORIC

MOI TORIC is now available.  To use, in your namelist, simply set

  ntoric_pserve = 1  ! for MPI run with TORIC

If you start the run with "tr_start" or "xtranspin", the program will detect 
this setting and ask you how many processors you want.
Non-PPPL who generate their own REQUEST file see:  http://w3.pppl.gov/transp/request_file.html 

        NMDTORIC=127 and up should use parallel service
        NMDTORIC=63  may use a few cpus e.g. Np=4
        NMDTORIC=31  leave as serial

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June_2009_Playback_Option

TRANSP/PTRANSP have incorporated the SciDAC "Plasma State" software to
support a playback option.  This allows "sources" from a prior TRANSP
run to be used in a subsequent TRANSP run.  Since the sources are read
from existing data rather than recomputed, the playback run can often
complete much more rapidly than a run with an original source calculation.

By "sources" is meant:
  heating by neutral beams, all types of RF, and fusion products;
  momentum sources (mainly neutral beams);
  particle sources (neutral beams, fusion products)
  current drive by neutral beams, all types of RF, and fusion products.

  Also, the density and pressure from fast ion species is read from
  the playback data, affecting depletion and MHD equilibrium solution.

A series of runs made with this option can be assured of getting the same
sources-- this feature might well be useful e.g. for studies of transport
models, differences in MHD equilibrium solvers, etc.

To activate this feature, set:

  NLREPLAY_HEATER = .TRUE.
  REPLAY_DATA_PATH = <data_path> (CHARACTER*128)

    For Fusion Grid runs, the MDS+ option must be used for <data_path>:

       MDS+:<server-address>:<tree-name>(<MDS-number>)
         --or--
       MDS+:<server-address>:<tree-name>(<tok.yy>,<runid>)

    For example:

       MDS+:_transpgrid.pppl.gov:TRANSP_TFTR(TFTR.88,37065D04)

    For code development testing, a FILE option also exists, i.e.
    FILE:<path-to-run>.

Other namelist changes should not change the plasma species or the 
description of the heating sources (i.e. the number of active neutral
beams and RF antennas cannot be changed, since the sources are being
prescribed from a prior run that was based on these settings).

REPLAY_DATA_PATH must refer to a run that contained an actual calculation
of the sources.  It cannot refer to another playback run.

The accuracy of playback is constrained by the output time resolution
that was selected in the run containing the original source calculation.
To test accuracy, replay the original run with no other namelist changes
other than NLREPLAY_HEATER and REPLAY_DATA_PATH.

Detailed output from source models-- e.g. non-Maxwellian distribution
functions or time slice wave field information-- is not available in 
playback runs.

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March_2009_NBI_PSERVE

Users of TRANSP production services can now access MPI NUBEAM.  To do
this, simply set

  nbi_pserve = 1  ! for MPI run with NUBEAM

If you start the run with "tr_start" or "xtranspin", the program will detect 
this setting and ask you how many processors you want.

It should be noted that MPI imparts no benefit if the problem size is 
too small.  As a rough guide, we recommend 4000 particles per processor.
I.e. for NPTCLS=1000 to 5000 use a standard serial TRANSP run.

For NPTCLS=8000 -- Np = 2
For NPTCLS=16000 -- Np = 4
For NPTCLS=32000 -- Np = 8

The more processors requested, the longer the queue wait-- users may find
that Np = 16 or Np = 8 will be a practical upper limit on the existing
PPPL computational cluster.

For some runs, MPI may help with smaller particle counts.  This will 
certainly be the case if the low field enhanced FLR model is activated
(i.e. if NLBGFLR=.TRUE. as is used in some ST simulations).

A similar parallelization option for TORIC is under development.

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Oct_2008_alt_versions

A choice of versions is now available to TRANSP users.  Details follow
here (this is a copy of email sent to TRANSP users in Oct. 2008):

The Fusion Grid TRANSP service now supports user access to two versions 
of the code:

  pshare -- production shared version (this is the default choice)
  tshare -- test shared version

At present, pshare dates from May 2008 and will not be updated until 
after APS, whereas tshare was updated in early October 2008.

PTRANSP users should use the tshare version to get the latest transport 
equation solver options and fixes.

The tshare version contains the most recent available TORIC ICRF wave code,
which includes repaired HHFW capability and other physics updates from the
TORIC authors.  For minority heating scenarios, its results are similar but
not identical to the TORIC copy (which dates back to Dec. 2007) installed
in the May 2008 version of the code (pshare).

To invoke tshare using the PPPL command line procedure "tr_start", append
the optional argument "tshare", as in:

  [make sure you have a Fusion Grid proxy and all your data is ready]

  # select tshare and check/send data
  tr_start 123456A78 tshare

  # launch job
  tr_send 123456A78

to run 123456A78 using the tshare version of the code.  If the "tshare"
argument is omitted, the pshare version is run.

If the tshare version is being used for an active job, the PPPL web 
monitor  http://w3.pppl.gov/transp/transpgrid_monitor_active  will show a 
line "trexe" which will contain a binary path which includes the word 
"tshare", i.e.:  /p/xshare/tshare/transp/codesys.  For pshare jobs no 
such line will appear.

Later, in the run output, if you use MDSplus, the code build date is
stored in the TRANSP tree top level data node DATE_EXEFILE.  If you
receive the output in file format, one of the files returned is 
<runid>TR.INF which contains the code build date in a line that looks
like this:

>>>>Code COMMONs BUILD date:  Fri Oct  3 20:10:48 EDT 2008

(this is the current tshare build date)... or...

>>>>Code COMMONs BUILD date:  Tue May 13 05:36:50 EDT 2008

(this is the current pshare build date).

After APS, pshare will be updated.  There will be times in the future
when the two versions, pshare and tshare, will be identical.

The updated tr_start scripts are available via the "tr_client" module at
the NTCC site  http://w3.pppl.gov/NTCC  or otherwise by request, send email
to Transp_support@pppl.gov.

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Nov_2005_NCLASS_code

The namelist variable NCMODEL selects the NCLASS code base used
for the neoclassical analysis.  Previously NCMODEL=1 was the default
which used Wayne Houlberg's original fortran 77 code.  The default
is now NCMODEL=2 which uses Wayne's f90 NCLASS module.  There are
a few additional features available with NCMODEL=2 described in
tranp.hlp along with the capability for executing NCLASS through
a stand alone program.  The driver for NCMODEL=2 is based on
Wayne's forcebal program.  Also the default for NLSQUEEZ has been
changed from .TRUE. to .FALSE. so squeezing is turned off.  This
change is based on the recommendation to Bob Budny by Wayne. 


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Jun_2005_TRANSP_internal_upgrade

To improve consistency of internal treatment of sources and current
drive terms, all internal arrays representing profiles of particle
sources, momentum sources, and power sources, have their area or 
volume normalizations taken out.  (Previously this was done for beam 
heating but not other sources; now it is done for *all* sources, torques, 
and powers).  (Exceptions: neutral gas model profiles with neutral source
index; neutral gas model particle, momentum and power balance terms, 
poloidal field diffisuion equation energy balance check, and certain 
otherm sums for "output only" such as particle, momentum, and power
balance checks).

The motivation here is to treat all auxilliary heating sources and 
related terms the same way as the beam sources are treated; also to 
facilitate generation of an MKS-based communications mechanism btw
TRANSP and external predictive solvers.

The output seen by the user is unchanged.

For quantities appearing in "outcor/plotgen.i", volume normalizations
and area normalizations are re-inserted for output, with the expressions
(item)/DVOL(#1,2) or (item)/DAREA(#1).

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Apr_2005_f90_upgrade

The TRANSP internal COMMON has been replaced with a fortran-90 module
with dynamically allocated components.  This means the following 
former restrictions on code use have been removed:

  (a) no limit on size/amount of input data
  (b) "no limit" other than size of output file on number of radial 
      zones.  A soft limit of 800 is still enforced; if the code is
      run at this resolution some output utilities may need conversion.
      NZONES up to 800 (or slightly more) may be set, but is not
      necessarily recommended.
  (c) "no limit" other than size of memory and output files on the
      number of fast ion distribution function spatial zones-- i.e
      NZONES_FB -- i.e. NZONES_FB > 20 may be set.  Since the size
      of this grid scales as NZONES_FB**2, NZONES_FB =~50 is probably
      still a limit in practice.  NZONES has to be an integer multiple
      of NZONES_FB, as before.

For traditional runs (NZONES=20 or 50; NZONES_FB=10), the code will run
~10% faster, because it is not carrying statically allocated arrays far
bigger than needed to meet these modest resolution requirements.

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Code_Update_History

 
 Wed Jan 14 10:38:43 EST 2004  -- pshare update
 
 Thu Jan 22 17:47:53 EST 2004  -- pshare update
 
 Mon Feb  2 02:17:15 EST 2004  -- pshare update
 
 Fri Feb  6 11:44:57 EST 2004  -- pshare update
 
 Thu Feb 26 19:04:25 EST 2004  -- pshare update
 
 Mon Mar  1 15:10:24 EST 2004  -- pshare update
 
 Mon Mar 22 19:00:15 EST 2004  -- pshare update
 
 Tue Mar 23 11:37:17 EST 2004  -- pshare update
 
 Wed Mar 31 16:42:53 EST 2004  -- pshare update
 
 Tue Apr  6 17:25:25 EDT 2004  -- pshare update
 
 Wed Apr 14 13:20:54 EDT 2004  -- pshare update
 
 Tue Apr 20 15:27:30 EDT 2004  -- pshare update
 
 Fri Apr 23 00:45:35 EDT 2004  -- pshare update
 
 Fri Apr 30 17:49:14 EDT 2004  -- pshare update
 
 Mon May 10 19:41:40 EDT 2004  -- pshare update
 
 Sun May 23 21:19:32 EDT 2004  -- pshare update
 
 Mon May 24 12:21:27 EDT 2004  -- pshare update
 
 Wed Jun  2 17:31:09 EDT 2004  -- pshare update
 
 Tue Jun  8 23:31:19 EDT 2004  -- pshare update
 
 Thu Jun 10 10:48:21 EDT 2004  -- pshare update
 
 Thu Jun 10 17:27:43 EDT 2004  -- pshare update
 
 Fri Jun 25 14:09:40 EDT 2004  -- pshare update
 
 Tue Jul  6 17:20:57 EDT 2004  -- pshare update
 
 Thu Sep  9 19:01:49 EDT 2004  -- pshare update
 
 Sun Sep 26 21:30:18 EDT 2004  -- pshare update
 
 Tue Nov  9 11:59:13 EST 2004  -- pshare update
 
 Mon Nov 15 16:40:53 EST 2004  -- pshare update
 
 Wed Dec  8 13:16:34 EST 2004  -- pshare update
 
 Wed Dec 15 11:20:44 EST 2004  -- pshare update
 
 Fri Dec 17 19:28:32 EST 2004  -- pshare update
 
 Wed Feb  9 16:28:28 EST 2005  -- pshare update
 
 Wed Mar 16 12:31:57 EST 2005  -- pshare update
 
 Tue May  3 22:00:22 EDT 2005  -- pshare update
 
 Thu May 26 19:10:36 EDT 2005  -- pshare update
 
 Thu Jun  2 00:17:05 EDT 2005  -- pshare update
 
 Fri Jul  1 17:07:20 EDT 2005  -- pshare update
 
 Thu Aug 11 17:18:13 EDT 2005  -- pshare update
 
 Fri Aug 19 16:09:28 EDT 2005  -- pshare update
 
 Tue Sep  6 18:35:23 EDT 2005  -- pshare update
 
 Tue Sep 27 12:52:09 EDT 2005  -- pshare update
 
 Fri Oct 28 13:11:26 EDT 2005  -- pshare update
 
 Wed Jan 11 20:56:52 EST 2006  -- pshare update
 
 Thu Feb 16 17:31:32 EST 2006  -- pshare update
 
 Fri Mar  3 12:58:38 EST 2006  -- pshare update
 
 Mon Mar 20 11:05:41 EST 2006  -- pshare update
 
 Wed Apr  5 12:50:38 EDT 2006  -- pshare update
 
 Wed Apr  5 19:52:49 EDT 2006  -- pshare update
 
 Tue May  2 18:33:15 EDT 2006  -- pshare update
 
 Tue May  9 11:00:00 EDT 2006  -- pshare update
 
 Fri May 26 14:24:11 EDT 2006  -- pshare update
 
 Mon Jun 12 21:02:41 EDT 2006  -- pshare update
 
 Fri Jun 23 17:02:49 EDT 2006  -- pshare update
 
 Tue Jul 18 21:40:39 EDT 2006  -- pshare update
 
 Tue Jul 25 13:14:42 EDT 2006  -- pshare update
 
 Wed Aug 23 20:09:56 EDT 2006  -- pshare update
 
 Thu Sep 28 16:29:31 EDT 2006  -- pshare update
 
 Mon Nov 27 14:18:32 EST 2006  -- pshare update
 
 Mon Jan  8 19:39:04 EST 2007  -- pshare update
 
 Fri Jan 19 19:10:03 EST 2007  -- pshare update
 
 Tue Jan 30 21:05:30 EST 2007  -- pshare update
 
 Tue Feb  6 13:30:02 EST 2007  -- pshare update
 
 Sat Feb 10 13:10:41 EST 2007  -- pshare update
 
 Tue Feb 27 18:56:21 EST 2007  -- pshare update
 
 Tue Mar  6 13:51:08 EST 2007  -- pshare update
 
 Tue Mar  6 17:52:42 EST 2007  -- pshare update
 
 Tue Apr  3 22:44:33 EDT 2007  -- pshare update
 
 Fri Apr 13 18:53:47 EDT 2007  -- pshare update
 
 Tue May 22 19:33:48 EDT 2007  -- pshare update
 
 Tue May 29 19:45:40 EDT 2007  -- pshare update
 
 Thu Jun 21 21:24:34 EDT 2007  -- pshare update
 
 Mon Jul  2 19:21:56 EDT 2007  -- pshare update
 
 Fri Jul  6 15:41:19 EDT 2007  -- pshare update
 
 Mon Jul  9 19:23:55 EDT 2007  -- pshare update
 
 Wed Jul 25 20:20:44 EDT 2007  -- pshare update
 
 Tue Jul 31 14:00:51 EDT 2007  -- pshare update
 
 Thu Aug  9 18:17:18 EDT 2007  -- pshare update
 
 Tue Aug 14 14:59:54 EDT 2007  -- pshare update
 
 Fri Sep  7 03:21:33 EDT 2007  -- pshare update
 
 Fri Sep 28 13:31:14 EDT 2007  -- pshare update
 
 Tue Oct 30 15:45:24 EDT 2007  -- pshare update
 
 Fri Nov 30 20:16:49 EST 2007  -- pshare update
 
 Mon Dec 17 10:53:39 EST 2007  -- pshare update
 
 Tue Jan  8 10:53:23 EST 2008  -- pshare update
 
 Wed Jan 16 16:26:43 EST 2008  -- pshare update
 
 Wed Feb  6 15:16:59 EST 2008  -- pshare update
 
 Mon Mar 17 15:50:12 EDT 2008  -- pshare update
 
 Wed Mar 19 12:39:53 EDT 2008  -- pshare update
 
 Fri Mar 21 17:03:37 EDT 2008  -- pshare update
 
 Fri Apr 25 16:09:39 EDT 2008  -- pshare update
 
 Mon Apr 28 23:28:37 EDT 2008  -- pshare update
 
 Tue Jun  3 14:31:46 EDT 2008  -- pshare update
 
 Fri Jun 27 18:05:14 EDT 2008  -- pshare update
 
 Mon Jul 14 13:51:13 EDT 2008  -- pshare update
 
 Mon Dec  1 15:03:21 EST 2008  -- pshare update
 
 Mon Dec  8 18:43:09 EST 2008  -- pshare update
 
 Mon Jan  5 11:58:21 EST 2009  -- pshare update
 
 Mon Jan  5 15:21:04 EST 2009  -- pshare update
 
 Tue Mar  3 22:06:38 EST 2009  -- pshare update
 
 Thu Apr 16 19:12:53 EDT 2009  -- tshare update
 
 Mon Apr 20 11:41:41 EDT 2009  -- tshare update
 
 Thu May  7 19:01:44 EDT 2009  -- pshare update
 
 Thu May  7 22:34:15 EDT 2009  -- tshare update
 
 Thu Jun 11 17:54:00 EDT 2009  -- tshare update
 
 Wed Jun 17 19:22:29 EDT 2009  -- tshare update
 
 Wed Jul  8 17:43:14 EDT 2009  -- tshare update
 
 Mon Jul 27 14:04:33 EDT 2009  -- tshare update
 
 Thu Aug  6 10:55:52 EDT 2009  -- pshare update
 
 Fri Aug  7 13:43:44 EDT 2009  -- tshare update
 
 Tue Aug 18 22:13:05 EDT 2009  -- tshare update
 
 Wed Aug 19 18:36:26 EDT 2009  -- pshare update
 
 Sat Aug 22 23:01:15 EDT 2009  -- tshare update
 
 Wed Aug 26 17:37:40 EDT 2009  -- tshare update
 
 Fri Sep 25 14:41:48 EDT 2009  -- tshare update
 
 Fri Sep 25 15:42:03 EDT 2009  -- tshare update
 
 Wed Sep 30 12:04:57 EDT 2009  -- tshare update
 
 Tue Oct  6 18:47:04 EDT 2009  -- tshare update
 
 Mon Oct 19 01:16:11 EDT 2009  -- tshare update
 
 Wed Oct 21 21:05:07 EDT 2009  -- tshare update
 
 Sat Oct 24 17:18:16 EDT 2009  -- tshare update
 
 Mon Oct 26 00:39:12 EDT 2009  -- tshare update
 
 Tue Oct 27 12:48:15 EDT 2009  -- tshare update
 
 Tue Nov  3 12:51:46 EST 2009  -- tshare update
 
 Mon Nov  9 21:04:34 EST 2009  -- tshare update
 
 Thu Nov 19 13:25:46 EST 2009  -- tshare update
 
 Thu Nov 26 00:46:14 EST 2009  -- tshare update
 
 Mon Dec  7 17:14:26 EST 2009  -- pshare update
 
 Mon Dec 14 15:05:47 EST 2009  -- pshare update
 
 Mon Dec 14 18:24:15 EST 2009  -- tshare update
 
 Wed Jan  6 16:12:35 EST 2010  -- tshare update
 
 Tue Jan 12 16:46:45 EST 2010  -- tshare update
 
 Wed Jan 20 14:35:09 EST 2010  -- tshare update
 
 Tue Feb  2 19:35:06 EST 2010  -- tshare update
 
 Thu Feb  4 21:07:11 EST 2010  -- pshare update
 
 Fri Feb  5 10:42:59 EST 2010  -- pshare update
 
 Fri Feb  5 12:10:35 EST 2010  -- tshare update
 
 Fri Feb  5 16:52:37 EST 2010  -- tshare update
 
 Wed Mar 10 22:39:33 EST 2010  -- tshare update
 
 Thu Mar 11 04:51:22 EST 2010  -- pshare update
 
 Thu Mar 11 10:53:19 EST 2010  -- tshare update
 
 Thu Mar 11 14:34:23 EST 2010  -- tshare update
 
 Thu Mar 11 14:54:58 EST 2010  -- pshare update
 
 Thu Mar 25 19:07:33 EDT 2010  -- tshare update
 
 Mon Apr  5 17:33:48 EDT 2010  -- pshare update
 
 Thu Apr 15 13:54:34 EDT 2010  -- tshare update
 
 Sun Apr 25 14:22:00 EDT 2010  -- tshare update
 
 Wed May  5 12:04:36 EDT 2010  -- tshare update
 
 Fri May 14 16:16:05 EDT 2010  -- tshare update
 
 Mon May 24 18:34:47 EDT 2010  -- tshare update
 
 Mon May 24 19:36:06 EDT 2010  -- tshare update
 
 Wed May 26 21:21:24 EDT 2010  -- tshare update
 
 Thu May 27 16:47:58 EDT 2010  -- tshare update
 
 Mon Jun 14 03:46:31 EDT 2010  -- tshare update
 
 Thu Jun 17 11:36:21 EDT 2010  -- tshare update
 
 Sun Jun 27 02:38:51 EDT 2010  -- tshare update
 
 Mon Jul 12 15:49:05 EDT 2010  -- tshare update
 
 Wed Jul 21 16:26:05 EDT 2010  -- tshare update
 
 Mon Jul 26 10:57:47 EDT 2010  -- tshare update
 
 Wed Aug 11 17:32:42 EDT 2010  -- tshare update
 
 Fri Aug 20 17:38:34 EDT 2010  -- tshare update
 
 Fri Aug 20 22:04:11 EDT 2010  -- tshare update
 
 Mon Aug 23 18:26:14 EDT 2010  -- pshare update
 
 Tue Aug 24 02:33:53 EDT 2010  -- pshare update
 
 Wed Sep  1 18:00:29 EDT 2010  -- tshare update
 
 Fri Sep  3 18:35:13 EDT 2010  -- tshare update
 
 Wed Nov  3 23:25:43 EDT 2010  -- tshare update
 
 Fri Nov  5 00:10:54 EDT 2010  -- tshare update
 
 Thu Nov 18 00:39:19 EST 2010  -- tshare update
 
 Wed Nov 24 17:27:32 EST 2010  -- tshare update
 
 Tue Jan  4 14:31:08 EST 2011  -- pshare update
 
 Tue Jan  4 17:00:06 EST 2011  -- tshare update
 
 Thu Jan  6 22:44:26 EST 2011  -- pshare update
 
 Tue Jan 18 21:48:25 EST 2011  -- tshare update
 
 Fri Jan 21 23:33:36 EST 2011  -- tshare update
 
 Mon Feb 14 22:46:00 EST 2011  -- tshare update
 
 Wed Mar  2 20:54:39 EST 2011  -- tshare update
 
 Thu Mar  3 22:41:18 EST 2011  -- tshare update
 
 Wed Mar 16 18:31:15 EDT 2011  -- tshare update
 
 Thu Mar 17 19:02:07 EDT 2011  -- tshare update
 
 Fri Apr  1 11:29:43 EDT 2011  -- tshare update
 
 Thu Apr  7 18:27:43 EDT 2011  -- tshare update
 
 Tue Apr 12 16:35:36 EDT 2011  -- tshare update
 
 Fri Apr 15 12:59:59 EDT 2011  -- tshare update
 
 Fri Apr 15 23:20:29 EDT 2011  -- tshare update
 
 Fri May 13 16:34:27 EDT 2011  -- tshare update
 
 Sat May 14 00:50:24 EDT 2011  -- pshare update
 
 Mon May 16 19:30:43 EDT 2011  -- tshare update
 
 Tue May 17 12:53:27 EDT 2011  -- tshare update
 
 Sun May 22 05:26:58 EDT 2011  -- tshare update
 
 Sun May 29 00:03:37 EDT 2011  -- tshare update
 
 Mon Jun 20 14:02:58 EDT 2011  -- tshare update
 
 Wed Jul  6 20:23:18 EDT 2011  -- tshare update
 
 Mon Aug 22 21:23:43 EDT 2011  -- tshare update
 
 Tue Aug 23 00:08:33 EDT 2011  -- tshare update
 
 Mon Oct  3 12:44:26 EDT 2011  -- tshare update
 
 Mon Nov 21 23:29:02 EST 2011  -- tshare update
 
 Thu Dec  1 22:32:04 EST 2011  -- pshare update
 
 Fri Dec  2 11:18:00 EST 2011  -- tshare update
 
 Tue Apr  3 20:00:09 EDT 2012  -- tshare update
 
 Mon Apr 16 22:10:11 EDT 2012  -- pshare update
 
 Mon Apr 16 23:38:21 EDT 2012  -- tshare update
 
 Mon Jul  9 21:38:06 EDT 2012  -- tshare update
 
 Wed Jul 25 17:27:26 EDT 2012  -- pshare update
 
 Wed Jul 25 21:47:30 EDT 2012  -- tshare update
 
 Tue Aug 21 13:49:00 EDT 2012  -- tshare update
 
 Wed Dec  5 18:27:37 EST 2012  -- tshare update
 
 Thu Dec 20 17:02:22 EST 2012  -- tshare update
 
 Mon Jan  7 13:54:18 EST 2013  -- tshare update
 
 Fri Jan 11 17:41:01 EST 2013  -- pshare update
 
 Mon Apr  1 17:43:46 EDT 2013  -- tshare update
 
 Sat May  4 19:58:31 EDT 2013  -- tshare update
 
 Fri May 17 01:34:01 EDT 2013  -- tshare update
 
 Mon Jun 10 17:59:51 EDT 2013  -- tshare update
 
 Tue Jul 16 21:54:45 EDT 2013  -- tshare update
 
 Fri Nov 15 18:21:56 EST 2013  -- tshare update
 
 Mon Dec 16 22:34:06 EST 2013  -- pshare update
 
 Thu Jan  2 15:04:17 EST 2014  -- tshare update
 
 Mon Jan 13 22:42:23 EST 2014  -- tshare update
 
 Tue Jan 21 18:42:23 EST 2014  -- tshare update
 
 Thu Feb  6 21:30:15 EST 2014  -- tshare update
 
 Wed Mar  5 17:43:36 EST 2014  -- tshare update
 
 Thu Apr 17 13:02:34 EDT 2014  -- tshare update
 
 Wed Apr 23 17:54:52 EDT 2014  -- tshare update
 
 Tue May 27 11:30:29 EDT 2014  -- tshare update
 
 Tue May 27 19:26:36 EDT 2014  -- tshare update
 
 Tue Jun  3 17:43:35 EDT 2014  -- tshare update
 
 Fri Jun 13 13:03:30 EDT 2014  -- tshare update
 
 Thu Jun 26 16:48:52 EDT 2014  -- tshare update
 
 Tue Jul  8 16:13:59 EDT 2014  -- tshare update
 
 Wed Jul 23 18:47:59 EDT 2014  -- tshare update
 
 Fri Aug  8 11:11:44 EDT 2014  -- tshare update
 
 Thu Sep 18 21:08:50 EDT 2014  -- tshare update
 
 Tue Oct 28 15:53:47 EDT 2014  -- tshare update
 
 Mon Nov  3 17:16:18 EST 2014  -- pshare update
 
 Fri Nov  7 11:03:59 EST 2014  -- tshare update
 
 Fri Nov  7 11:30:52 EST 2014  -- tshare update
 
 Thu Dec 18 14:41:49 EST 2014  -- tshare update
 
 Fri Jan 16 19:05:38 EST 2015  -- tshare update
 
 Fri Feb 27 09:58:14 EST 2015  -- tshare update
 
 Wed Mar 11 16:32:52 EDT 2015  -- tshare update
 
 Wed Mar 11 20:24:20 EDT 2015  -- tshare update
 
 Wed Apr 22 12:34:14 EDT 2015  -- tshare update
 
 Tue May  5 16:23:07 EDT 2015  -- tshare update
 
 Sat May  9 06:20:16 EDT 2015  -- pshare update
 
 Thu Jun  4 16:57:39 EDT 2015  -- tshare update
 
 Fri Jul 17 13:59:53 EDT 2015  -- tshare update
 
 Mon Jul 27 13:06:13 EDT 2015  -- tshare update
 
 Wed Aug 26 11:14:53 EDT 2015  -- tshare update
 
 Fri Oct  9 10:36:04 EDT 2015  -- tshare update
 
 Thu Dec  3 16:12:11 EST 2015  -- pshare update
 
 Thu Dec  3 18:16:53 EST 2015  -- tshare update
 
 Thu Dec 10 09:55:57 EST 2015  -- tshare update
 
 Wed Jan 20 13:23:42 EST 2016  -- tshare update
 
 Wed Jan 20 19:05:12 EST 2016  -- pshare update
 
 Mon Feb 22 14:00:29 EST 2016  -- pshare update
 
 Mon Feb 22 17:04:12 EST 2016  -- tshare update
 
 Mon Feb 29 15:42:19 EST 2016  -- tshare update
 
 Tue Jun  7 14:40:50 EDT 2016  -- tshare update
 
 Thu Jul 14 14:52:16 EDT 2016  -- tshare update
 
 Thu Jul 14 22:18:06 EDT 2016  -- tshare update
 
 Wed Jul 27 10:18:06 EDT 2016  -- tshare update
 
 Fri Sep  9 16:03:52 EDT 2016  -- tshare update
 
 Mon Nov 28 10:15:36 EST 2016  -- tshare update
 
 Mon Nov 28 11:34:18 EST 2016  -- tshare update
 
 Sun Dec 18 19:13:15 EST 2016  -- tshare update
 
 Sun Dec 18 19:21:45 EST 2016  -- tshare update
 
 Sun Apr  2 14:23:30 EDT 2017  -- tshare update
 
 Mon Apr 24 17:20:44 EDT 2017  -- tshare update
 
 Sat May 20 11:20:18 EDT 2017  -- tshare update
 
 Sat May 20 12:54:58 EDT 2017  -- pshare update
 
 Fri Aug 18 19:29:23 EDT 2017  -- tshare update
 
 Tue Aug 22 15:14:29 EDT 2017  -- tshare update
 
 Mon Sep 25 15:19:27 EDT 2017  -- tshare update
 
 Mon Sep 25 16:00:39 EDT 2017  -- tshare update
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About this document

This Document was created by hlptohtml

  • Written By:
  • Manish Vachharajani(mvachhar@pppl.gov)