Physics Research:
Summer 1998: E895 - Heavy Ion
Physics: Pi naughts
Plots: 6 GeV Data
This first plot is the result for the invariant mass.
Paw code as follows:
- ntu/pl 15.rminv(p11,p12,p13,p1,p2,p3)
On this (second) plot, the first picture is
identical to that of the first plot (larger picture):
- ntu/pl 15.rminv(p11,p12,p13,p1,p2,p3)
.. the second picture on this plot is:
- ntu/pl 15.rminv(p11,p12,p13,p1,p2,p3)
rminv(p11,p12,p13,p1,p2,p3).lt.50
..this plot is of v0 mass when we go 1. The command used in paw:
- nt/plot 15.mass mass.lt.10
Plots: 4 GeV Data
..this plot is of v0 mass, invariant mass, and Qt vs. Pe+e- (go 50
events).
I used the UCD PID for 6GeV since I was in a hurry to get results,
but they should be similar.
..this plot is of v0 mass, invariant mass, and Qt vs. Pe+e- (go 400
events).
I used the UCD PID for 4 Gev with this 4 GeV data.
This plot is a blowup of Qt vs. Pe+e- as shown in the picture before it.
~Kailen Neff
Last update: Wednesday, 31 July 7:30 pm
University of California, Davis