How can phase remain stable in linear particle accelerators?
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Phase Stability in Particle Accelerators
(in Russian, avtofazirovka), the phenomenon permitting acceleration of electrons, protons, α-particles, and multi-charged ions to high energies (from several MeV to hundreds of GeV) in most charged-particle accelerators. This principle was discovered by the Soviet physicist V. I. Veksler in 1944 and independently by the American physicist E. McMillan in 1945. This phenomenon played a fundamental role in extending the range of attainable energies in cyclic accelerators.
(in Russian, avtofazirovka), the phenomenon permitting acceleration of electrons, protons, α-particles, and multi-charged ions to high energies (from several MeV to hundreds of GeV) in most charged-particle accelerators. This principle was discovered by the Soviet physicist V. I. Veksler in 1944 and independently by the American physicist E. McMillan in 1945. This phenomenon played a fundamental role in extending the range of attainable energies in cyclic accelerators.
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