Abstract
Presently a computer monitor and control system for the Munich MP tandem accelerator is being developed. It is based on a PDP-11/34 with disc units, DEC-tapes, and an interactive graphic terminal. The accelerator is connected to the system via CAMAC hardware. A monitor program takes all data and stores the accelerator status in the memory and in a direct access file. A logbook file is created and the logbook is printed. During test-runs subsystems of the accelerator have been controlled. A beam transport program controlling a quadrupole doublet and optimizing the beam current measured at a Faraday cup was operated successfully.
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