THE TRANSITIONAL MODE IN A SYNCHROTRON USING INITIAL BETATRON ACCELERATION
I. S. Danilkin, V.E. Pisarev
Abstract
I. S. Danilkin, V.E. Pisarev
Abstract
The transition process (from betatron to synchrotron acceleration) of slow adiabatic adjustment to a 250-Mev synchrotron field was studied. The performance and theoretical data for synchrotrons using initial betatron accelerators were appraised, and certain characteristics in betatron acceleratlon (electron distribution by energies, etc.) were found. The dependence of accelerated particle beam intensity on the amplitude of acccleration intensity is used for determining the amplitude intensity of the endovibrator. (tr-auth)
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The transition process (from betatron to synchrotron acceleration) of slow adiabatic adjustment to a 250-Mev synchrotron field was studied. The performance and theoretical data for synchrotrons using initial betatron accelerators were appraised, and certain characteristics in betatron acceleratlon (electron distribution by energies, etc.) were found. The dependence of accelerated particle beam intensity on the amplitude of acccleration intensity is used for determining the amplitude intensity of the endovibrator. (tr-auth)
Key concepts: Betatron, Synchrotron, Physics, Acceleration, Amplitude, Particle accelerator, Adiabatic process, Intensity (physics)