USNO Analysis Report for I19252 ($19SEP09XU) 
       This report is a contributed analysis report that does not correspond to 
       the database maintained by the IVS Data Centers for this session.  
   (Analyzed by Christopher Dieck, US Naval Observatory.
    Spoolfile source: interactive nuSolve analysis.) 

Problems: None. 

Number of observations rejected during correlation:    0 

Number of observations not usable by the software:     0 

Number of observations rejected during analysis:       2 

    observation  15, ISHIOKA :WETTZELL, 0017+200, 18:46:35, which fits at -3037.4 +/- 73.5 ps 
    observation  18, ISHIOKA :WETTZELL, 1030+415, 18:50:07, which fits at  -246.8 +/- 74.3 ps 

Other comments: None. 

Parameterization: 
   5 parameters: 
     UT1 offset 
     atmosphere offset for:
         ISHIOKA WETTZELL
     clock offset (0), first order term (1), and/or second order term (2) for:
         WETTZELL (0,1)

Clock breaks: None

Session Statistics 

  Observations:       51 scheduled 
                      51 correlated (included in the database) 
                      51 recoverable (usable in Solve/nuSolve) 
                      49 used
  Session fit:        39.926 ps
  UT1 formal error:    7.67 microsec 

Source Performance 

                    Number of Observations

                Scheduled  Correlated*    Used    

  0017+200              6           6        5
  0016+731              5           5        5
  0059+581              5           5        5
  0119+115              4           4        4
  0202+319              6           6        6
  1030+415              6           6        5
  1128+385              2           2        2
  1803+784              7           7        7
  3C418                 7           7        7
  2227-088              3           3        3
  ------------  ---------  ----------   ------
  Source Total         51          51       49

 * Correlated means included in the database. 
   Please note that the number of recoverable (usable) observations 
   cannot be broken down by source for Intensive solutions.