The 50 MeV H− linear accelerator for HERA:LINAC3 collaboration

The 50 MeV H− linear accelerator for HERA:LINAC3 collaboration

The components of the first 50 MeV accelerator in the chain of injectors to the 820 GeV HERA proton ring are described including the high energy transport line. An H− beam originates in the cesium loaded magnetron source, is preaccelerated by a radio frequency quadrupole to 750 keV, raised to 50 MeV...

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Veröffentlicht in:Review of scientific instruments 1991-04, Vol.62 (4), p.867-873
Hauptverfasser: Criegee, L., Dederichs, H., Ebel, H., Franke, G., Kong, D. M., Krause, H., Lewendel, B., Luo, Z. H., Nagl, M., Papakonstantinou, A., Pape, K. H., Peters, J., Qiao, J. M., Qiu, H., Schempp, A., Schirm, N., Schneemann, H., Schröder, V., Sha, H., Tessmann, I., Timm, U., Wagner, R., Wang, S. H., Winter, G. G., Wu, M., Zhang, H. S., Zimmermann, W.
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Sprache:eng
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Zusammenfassung:The components of the first 50 MeV accelerator in the chain of injectors to the 820 GeV HERA proton ring are described including the high energy transport line. An H− beam originates in the cesium loaded magnetron source, is preaccelerated by a radio frequency quadrupole to 750 keV, raised to 50 MeV energy in three rf resonators, and is analyzed in the transport line. The H− ions are converted to protons by stripping, when the beam is injected over several turns into the synchrotron DESY3.
ISSN:0034-6748
1089-7623
DOI:10.1063/1.1142023