Shift summaries for Evening March 12, 2000 and Owl March 13, 2000
Shiftees: a cast of thousands...hundreds...tens!!!

00/03/12 
16:00 Stop stacking with 9.2mA
      Much work to re-establish accumulator systems which have been off
        for a month (RF and cooling).

19:00 Start Jet Target at nominal 0.6x10^14 density.
      Confirm H2OR is working and set jet density at 1.3x10^14 where
        the calculated density (from read back values) is stable to 5%. 
      Setup and perform Vertical beam scan of jet target.
      Confirmed that maximum H2OR rate is if beam is bumped 1.25mm upward.

21:30 Setup and perform Horizontal beam-jet target scan of luminosity 
        monitor hole.
      Method is to take 10 minute run at each horizontal bump setting 
        (steps ~1mm) calculate (L-R)/(L+R) where the Left and Right fixed
        luminosity monitor detectors are used. (Runs 5207-5214)
      'Map' out ~4mm range where ratio is consistent; at one extreme,
        see ratio of 0.7. 
      Nominal orbit is in the center of where ratio is 0.


00/03/13
00:30 Work on/look at counters, straws, scifi, charged trigger 
        logic signals.
      Gain changed in FH5,FH7,HP14 to have same signal amplitude as
        other counters; HP19 is fine.
      Straw thresholds are increased for outer chamber
      Check signals using online monitor(s)

02:30 Run 5218 wrote tape of GM2 (2h,H2=2,COPL) and GM12 (min bias)
        to check straw thresholds, T_0 and charged trigger logic 
        effiencies.
      Run 5219 wrote tape of GM2 for another special run for straws with
        different thresholds. 

04:15 Run 5220 special run to check min bias timing signals by turning 
        on every 8th CCAL counter in the HV file; cycle through eight
        sets of 1/8 of the CCAL on.
      Run 5223 another special run using the old CCAL (1/8 of the wedges 
        on) HV files since want every 8th wedge and not 8th counter as 
        organized in the HV file.

06:30 Gas jet is exercised along new Pressure-Temperature path where T is
        always 2K more than the saturation curve for the corresponding P.
      Mapping out the density as a function of P and T along curve.