The purposes of the remaining beamtime are:
I. Characterize all beams used so far, for input into simulation
- covered by items 1,2,9

II. Understand the apparent off-axis beam, and control it with Q6 steering 
or otherwise.   See if it is affected at all by solenoid on vs off.
- covered by items 4,5,6

III. Trace origin of F2H position requirement (-5mm)
- covered by item 9, but needs more details

IV. Where did the rate go?
- possibly covered by item 4, second part
- need to look up or develop a tune with vertical focus at F1,F2

V. Can we make TEC work better?
- both existing and new
- items 3, 8 to check TEC alignments
- need input on other studies needed to understand TEC
- can we get a four hole collimator made and add this to the plan?

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The runplan -- so far.

0. TEC fixing (Saturday Nov 20)
- Looks like the downstream module will not hold the nominal voltage
  when beam is on, so we need to get this fixed first

1. Field-on with aperture (Saturday Nov 20)
- all characterization runs with no quad steering -- unplug it to be sure!
- beam characterization run of "high rate" with aperture 
  - One 2Gbyte run <= 15minutes
  - 29.6MeV/c nominal tune with F0=24mmx80mm, B2=944G
  - leave detector on, tune stopping distribution using Be production to stop in
    working planes upstream (DC13-16) using film strip degrader 
    and gas degrader 
  - switch to Graphite production target for characterization runs	

2. Field-on with no aperture (Saturday Nov 20)
- take out the aperture and pump down takes < about 45 minutes
- beam characterizations with Graphite production target: 
  - nominal 29.6MeV/c with F0=18mmx60mm, B1=871.30G, B2=944.00G 
    (10minutes to setup, 10 minutes to run)
  - nominal (with slightly wrong B1,and F0wid) 29.6 with F0=18mmx57.1mm, 
    B1=871.37G, B2=944.00G (10minutes to setup, 10 minutes to run)
  - high rate 29.6MeV/c with F0=24mmx80mm, B1=871.30G, B2=944.00G 
    (10minutes to setup, 10 minutes to run)
  - B2+5G 29.6MeV/c with F0=18mmx60mm, B1=871.30G, B2=949.00G 
    (10minutes to setup, 10 minutes to run)

Time estimate for graphite target in 1 and 2 above: 2.5 to 4 hours

3. field-on with collimator (Saturday Nov 20)
- do we get any beam?
- take a runs at nominal 29.6MeV/c tune
- try turning off Q6,Q7 to see if we can fill the apertures, 
  and take a run

4. Field-on with no aperture (Sunday Nov 21, Monday Nov 22)
- quad steering studies:
    - using nominal 29.6MeV/c tune do Q6, B2 scans to see if we
      can bring beam in at zero position and angle in X,U,Y,and/or V
    - we have some input here from Dave and Wayne's runs of Wed evening
    - move power supply to study Q7 steering (Monday Nov 22)... 
      but there can only bring beam in parallel to axis or going 
      through zero at a certain point 
  - anything else?
- where did the rate go study:
  - try loading a tune with a vertical focus at f1 and f2 to see
    if we get back our rate (assumes that window valve vertical
    apperture is the culprit)

5. Ramp field to 1Tesla for a few TEC+detector studies (Thursday Nov 25)
  - ramp very slowly from 2T to 1.8T while taking data so we can
    see if/how beam moves as we do this
  - during ramp take TEC and detector data with nominal 29.6MeV/c
    tune, with muons stopping in DC13-16 (Add in foil degrader 
    and adjust gas degrader to stop there) 
  - turn off B2 regulator during ramp to see how field changes as 
    we lower the solenoid field for constant B2 current
  - At 1T, with muons stopping in DC13-16 to take a B2 scan
  - At 1T take a run (or a few?) with nominal 29.6 tune, with muons 
    stopping in stopping target 

6. Ramp field to 0Tesla (Friday Nov 26)
  - during ramp take TEC and detector data
  - turn off B2 regulator during ramp to see how field changes as 
    we lower the solenoid field for constant B2 current

7. Field-off collimator in or out doesn't matter (Friday Evening Nov 26)
  - alignment data (8hours)
  - t0 runs (2 to 3 hours)
  
8. Field-off with collimator (Saturday Nov 27)
  - change to MTEC trigger
  - TEC t0 runs to check alignments
  - try turning off Q6,Q7 to see if we can fill the apertures, 
    and take a run

9. Field-off no collimator (Saturday Nov27 - Monday Nov29)
  - repeat no aperture characterizations with graphite target
    in item as in 2. (Saturday evening Nov 27)
    - again we can set up the conditions for stopping in right
      place in detector before switching from Be to C
    - Momentum edge scan with nominal beam tune as used for
      standard sets: F1HP=0,F2HP=-5mm,F0=18mmx60mm, C prod target		 
    - this is another 10hour of beam time with C target
  - beam studies with field off... to be spelled out in more
    detail later (Sunday Nov 28, Monday Nov29)
     - trace origin of F2H position requirements:
       - Q1, Q2, F1H, M13WV, F2H, Q3-Q5
       - various tuning exercizes with above beamline elements

10. Field-off scattering study (Thu Dec 2 or Fri Dec 3)
 - Makoto suggests we take beam positron field off runs
   at several momenta to study scattering using straight line
   fits (30,35,40,45,50,55 MeV/c beamtunes)

Detector out around Monday Dec 6.