IPAC2011 - List of Authors (Bechtold, A.)

Paper	Title	Page
THPS094	New Approaches in High Power RFQ Technology	3654
	A. Bechtold, J.M. Maus, G. Ritter NTG Neue Technologien GmbH & Co KG, Gelnhausen, Germany
	There is a clear tendency for the utilization of continuous wave c.w. high power RFQs in a huge variety of applications like nuclear waste transmutation or material research. They can serve as injectors for the production of secondary particles like neutrons or rare isotopes and can be applied for post acceleration of the latter ones. These RF-structures have to withstand an enormous amount of RF-power dissipated on the surfaces (up to several 10s kW per meter) and the associated thermal load. NTG Company gained lots of experience especially in the field of 4-rod c.w. RFQ design. Most recent developments to handle such high RF-power dissipation shall be reported.

Paper

Title

Page

New Approaches in High Power RFQ Technology

3654

A. Bechtold, J.M. Maus, G. Ritter
NTG Neue Technologien GmbH & Co KG, Gelnhausen, Germany

There is a clear tendency for the utilization of continuous wave c.w. high power RFQs in a huge variety of applications like nuclear waste transmutation or material research. They can serve as injectors for the production of secondary particles like neutrons or rare isotopes and can be applied for post acceleration of the latter ones. These RF-structures have to withstand an enormous amount of RF-power dissipated on the surfaces (up to several 10s kW per meter) and the associated thermal load. NTG Company gained lots of experience especially in the field of 4-rod c.w. RFQ design. Most recent developments to handle such high RF-power dissipation shall be reported.