0000000001264682

AUTHOR

H.w. Heyng

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First experiments with the heidelberg test storage ring TSR

1989

Abstract The Heidelberg heavy ion test storage ring TSR started operation in May 1988. The lifetimes of the ion beams observed in the first experiments can be explained by interactions with the residual gas. Multiple Coulomb scattering, single Coulomb scattering, electron capture and electron stripping are the relevant processes. Electron cooling of ions as heavy as O 8+ has been observed for the first time. With increasing particle number, the longitudinal Schottky noise spectrum becomes dominated by collective waves for cooled beams, allowing a determination of velocities of sound. After correcting for these coherent distortions fo the Schottky spectrum, the longitudinal beam temperature …

Nuclear and High Energy PhysicsBeam diameterChemistryElectronlaw.inventionIonIntrabeam scatteringlawLaser coolingPhysics::Accelerator PhysicsAtomic physicsInstrumentationStorage ringBeam (structure)Electron coolingNuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms
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