Atomic hydrogen source with direct helium cooling

Niinikoski, T.; Penttilä, S.; Rieubland, J.-M.

doi:10.1063/1.33816

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1985

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“…Unexpected material, geometric, and gas-dynamic problems have been observed; the results suggest the implementation of an improved design where the discharge area and nozzle are cooled no lower than 30 K temperature, but a 3 K accommodator and cryopump panels make use of the helium cooling [27].…”

Section: Polarized Sourcesmentioning

confidence: 96%

Trends in polarized targets and beam sources

Niinikoski

1985

Hyperfine Interact

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We review briefly the status and possible new developments of polarized targets and ion sources. Particular emphasis is placed on the new radiation resistant target materials, which withstand beam intensities as high as those tolerated by most detectors, and on the stable atomic hydrogen, which holds promise for the acceleration of polarized proton beams of intensity equal to the unpolarized ones.A brief account is given of suggested novel experiments in sight using the projected new tools of highenergy spin physics; most of these experiments look feasible but ambitious.

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Section: Polarized Sourcesmentioning

confidence: 96%

Trends in polarized targets and beam sources

Niinikoski

1985

Hyperfine Interact

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“…One interesting new development at CERN uses polarized stable atomic hydrogen to obtain intense atomic beams. 22 ' 23 This holds great promise for application to polarised sources. For application to storage rings intensities should be increased to levels approaching those obtained with unpolariaed beams (AGS ~ 10 la p).…”

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A Review of Polarized Proton Beam Techniques and a Report on the Workshop on Polarized Beams

Ruth

1985

J. Phys. Colloques

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Atomic hydrogen source with direct helium cooling

Cited by 2 publications

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Trends in polarized targets and beam sources

Trends in polarized targets and beam sources

A Review of Polarized Proton Beam Techniques and a Report on the Workshop on Polarized Beams

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