PAC09 - List of Authors (Jennewein, P.)

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Jennewein, P.

Paper	Title	Page
WE6PFP111	The First Two Years of Operation of the 1.5 GeV CW Electron Accelerator MAMI C	2772
	A. Jankowiak, K. Aulenbacher, O. Chubarov, M. Dehn, H. Euteneuer, R.G. Heine, P. Jennewein, H.-J. Kreidel, U. Ludwig-Mertin, O. Ott, G.S. Stephan, V. Tioukine IKP, Mainz
	Funding: Work supported by DFG (CRC443) and the German Federal State of Rheinland-Pfalz In December 2006 the maximum output energy of the cw race track microtron cascade MAMI B was increased to 1508MeV by the successful commissioning of the world wide first Harmonic-Double-Sided-Microtron (HDSM)* as a new fourth stage. Since then MAMI C was in operation for more than 15000 hours, delivering approx. 10000 hours the maximum beam energy of 1508MeV. We will report about our operational experiences and the recent machine developments concerning e.g. the increase of the energy and stabilisation of the output energy down to 10^-6. Topics of machine reliability and stability will be addressed and the operation under different demands of nuclear physics experiments described. *K.-H. Kaiser et al., NIM A 593 (2008) 159 - 170, doi:10.{10}16/j.nima.2008.05.018

Paper

Title

Page

WE6PFP111

The First Two Years of Operation of the 1.5 GeV CW Electron Accelerator MAMI C

2772

A. Jankowiak, K. Aulenbacher, O. Chubarov, M. Dehn, H. Euteneuer, R.G. Heine, P. Jennewein, H.-J. Kreidel, U. Ludwig-Mertin, O. Ott, G.S. Stephan, V. Tioukine
IKP, Mainz

Funding: Work supported by DFG (CRC443) and the German Federal State of Rheinland-Pfalz

In December 2006 the maximum output energy of the cw race track microtron cascade MAMI B was increased to 1508MeV by the successful commissioning of the world wide first Harmonic-Double-Sided-Microtron (HDSM)* as a new fourth stage. Since then MAMI C was in operation for more than 15000 hours, delivering approx. 10000 hours the maximum beam energy of 1508MeV. We will report about our operational experiences and the recent machine developments concerning e.g. the increase of the energy and stabilisation of the output energy down to 10^-6. Topics of machine reliability and stability will be addressed and the operation under different demands of nuclear physics experiments described.

*K.-H. Kaiser et al., NIM A 593 (2008) 159 - 170, doi:10.{10}16/j.nima.2008.05.018