Add to ORKG* Work supported by the BMBF and GSI The construction of a heavy ion synchrotron at the Radiologische Universitaetsklinik in Heidelberg has been approved recently. The design and construction of the RFQ section of the LINAC system for the synchrotron is the contribution of IAP to this project [1]. Design studies have been done with respect to beam properties as well as an optimal matching to the following IH-structure and reduced complexity of the machine [2], [5]. An overview of the project will be given, the results of beam dynamics calculations and the status will be presented.
The work was carried out in collaboration with GSI, Germany 27 MHz heavy ion RFQ designed for accele...
Since 2001 the Coupled Cyclotron Facility (CCF) with its new A1900 fragment separator has been in op...
Abstract The Heidelberg Ion Therapy Center HIT is in clinical operation since 2009. It is the first ...
Work supported by the BMBF and GSI An accelerator facility for radiotherapy of cancer tumours with i...
Work supported by the BMBF and GSI In the frame of a collaboration with the GSI in Darmstadt an RFQ-...
LBL's interest in RFQ accelerators goes back to 1978. We have developed, constructed and operated a ...
Two-l-rod type RFQ-accelerators for the Iieidelberg high current injector are under construction. Th...
Die vorliegende Dissertation stellt die Strahldynamikdesigns zweier Hochfrequenzquadrupol-Linearbesc...
Calculation results of the capture, acceleration and special beam preparation before the slow extrac...
The Radio Frequency Quadrupole accelerator (RFQ) has now matured to the point where it has found wid...
An intense heavy ion linear accelerator system at Tokyo Institute of Technology (TTT), which consist...
The injector linac required by CERN for heavy ions. e.g. Pb28+. is being made in collaboration with ...
A 27 MHz heavy ion RFQ is now under construction at ITEP. It based on new ring-connected resonant st...
A Spiral-RFQ has been built and operated with Ar+-beams up to 8 mA. In rf-tests very high electrode ...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
The work was carried out in collaboration with GSI, Germany 27 MHz heavy ion RFQ designed for accele...
Since 2001 the Coupled Cyclotron Facility (CCF) with its new A1900 fragment separator has been in op...
Abstract The Heidelberg Ion Therapy Center HIT is in clinical operation since 2009. It is the first ...
Work supported by the BMBF and GSI An accelerator facility for radiotherapy of cancer tumours with i...
Work supported by the BMBF and GSI In the frame of a collaboration with the GSI in Darmstadt an RFQ-...
LBL's interest in RFQ accelerators goes back to 1978. We have developed, constructed and operated a ...
Two-l-rod type RFQ-accelerators for the Iieidelberg high current injector are under construction. Th...
Die vorliegende Dissertation stellt die Strahldynamikdesigns zweier Hochfrequenzquadrupol-Linearbesc...
Calculation results of the capture, acceleration and special beam preparation before the slow extrac...
The Radio Frequency Quadrupole accelerator (RFQ) has now matured to the point where it has found wid...
An intense heavy ion linear accelerator system at Tokyo Institute of Technology (TTT), which consist...
The injector linac required by CERN for heavy ions. e.g. Pb28+. is being made in collaboration with ...
A 27 MHz heavy ion RFQ is now under construction at ITEP. It based on new ring-connected resonant st...
A Spiral-RFQ has been built and operated with Ar+-beams up to 8 mA. In rf-tests very high electrode ...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
The work was carried out in collaboration with GSI, Germany 27 MHz heavy ion RFQ designed for accele...
Since 2001 the Coupled Cyclotron Facility (CCF) with its new A1900 fragment separator has been in op...
Abstract The Heidelberg Ion Therapy Center HIT is in clinical operation since 2009. It is the first ...