Report CTSL-13 CALIFORNIA INSTITUTE OF TECHNOLOGY Synchrotron Laboratory Pasadena, California CAPTURE EFFICIENCY OF A CONSTANT GRADIENT ELECTRON SYNCHROTRON

Report CTSL-30 CALIFORNIA INSTITUTE OF TECHNOLOGY Synchrotron Laboratory Pasadena, California A N ACHROMATIC INFLECTOR FOR T H E CALTECH SYNCHROTRON

Report CTSL-19 CALIFORNIA INSTITUTE OF TECHNOLOGY Synchrotron Laboratory Pasadena, California BROKEN SYMMETRIES AND BARE COUPLING CONSTANTS

Report CTSL-25 CALIFORNIA INSTITUTE OF TECHNOLOGY Synchrotron Laboratory Pasadena, California EFFECTS OF MAGNET NON-LINEARITIES ON BETATRON OSCILLATION FREQUENCIES FOR THE 300 BEV PROTON SYNCHROTRON

Report CTSL-21 CALIFORNIA INSTITUTE OF TECHNOLOGY Synchrotron Laboratory Pasadena, California R.F. SYNCHRONIZATION DURING TRANSFER IN THE CASCADE SYNCHROTRON

If a low energy synchrotron is to be used as an injector for a 300 Bev machine, the problem may arise of synchronizing the two R.F. systems at transfer time in order that a bunch of protons in the injector may be transferred to a bucket in the main machine without loss of particles. A possible synchronization scheme is proposed and investigated here.

Report CTSL-29 CALIFORNIA INSTITUTE OF TECHNOLOGY Synchrotron Laboratory Pasadena, California PION PRODUCTION IN 300 GEV NUCLEON-NUCLEON COLLISIONS

Recent theoretical investigations of high energy nucleon-nucleon collisions1) support the two-center model of multiple meson production as discussed by Ciok, et al.2 ) . To facilitate a prediction of the most probable distribution of shower particles as a function of laboratory energy, Farley's kinematical treatment of the "two-fireball" model is employed 3). A statistical determination of the ...