Rate Dependence of Kin 4 runs -- to be used to extrapolate to the production 
running rate and produce the correct nitrogen and proton dilution factors.  
Maybe able to use the ratio from the empty target as the background ratio 
(since it will be uninfluenced by quasi-elastics).

Next steps: 
1) fit to function and set to common veto rate
2) nitrogen dilution
3) proton leakage

(1 and 2 are likely for next week...3 is a goal)

run# v1(MHz) n/c     error (n/c)

Hydrogen Runs (7 runs)
4423 0.13969 0.0506205 2.62336e-05
4424 0.13877 0.0519481 2.88541e-05
4425 0.13305 0.0394265 2.96226e-05
4426 0.13564 0.0575663 2.00531e-05
4427 0.13667 0.0503317 4.81645e-06
4596 0.32181 0.0772336 1.58885e-05
4597 0.23168 0.067872 1.78104e-05

Nitrogen Runs (3 runs)
4583 0.10734 0.205047 0.00039296
4584 0.18915 0.235897 0.000761059
4585 0.19054 0.251193 6.4248e-06

Empty reference cell Runs (4 runs)
4419 0.09455 0.235294 0.0296027
4420 0.08986 0.555556 0.0537821
4421 0.09506 0.461538 0.0329113
4422 0.0961 0.25 0.0484869

Production Runs (132 runs)
4432 0.17373 0.138671 7.1278e-06
4433 0.16667 0.139778 5.99372e-06
4434 0.16569 0.143585 5.84378e-06
4435 0.16357 0.141315 5.83358e-06
4436 0.96472 0.145308 1.6208e-05
4441 0.19904 0.14828 5.01674e-06
4442 0.19964 0.15118 4.10615e-06
4446 0.20356 0.143554 4.17171e-06
4447 0.20506 0.151796 4.1737e-06
4448 0.20524 0.161195 7.69452e-06
(etc.)