Secondary beam line phase space measurement and modeling at LAMPF

Computer Science

Scientific paper

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Computer Systems Programs, Computer Techniques, Hardware, Particle Acceleration, Particle Beams, Particle Tracks, Particle Trajectories, Elliptic Functions, Histograms, Muons, Particle Size Distribution, Particle Telescopes, Pdp Computers, Real Time Operation

Scientific paper

Hardware and software were developed for precision on line measurement and fitting of secondary beam line phase space parameters. A system consisting of three planes for measuring particle trajectories, in coincidence with a time of light telescope and a range telescope for particle identification, was interfaced to a computer. Software was developed for on line track reconstruction, application of experimental cuts, and fitting of two dimensional phase space ellipses for each particle species. The measured distributions were found to agree well with the predictions of the Monte Carlo program DECAY TURTLE. The fitted phase space-ellipses are a useful input to optimization routines used to search for superior tunes. Application of this system to the LAMPF Stopped Muon Channel is described.

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