PAC09 - List of Authors (Lehnert, U.)

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Lehnert, U.

Paper	Title	Page
TH6PFP001	Injector Design for Turkish Accelerator Center Free Electron Laser Facility	3687
	A. Aksoy, O. Yavas Ankara University, Faculty of Engineering, Tandogan, Ankara U. Lehnert FZD, Dresden S. Ozkorucuklu SDU, Isparta
	Funding: State Planning Organization of Turkey Turkish Accelerator Center (TAC) Infrared (IR) Free Electron Laser facility (FEL) supported by State Planning Organization (SPO) of Turkey will be based on 15-40 MeV energy range electron linac and two different undulators with 2.5 cm and 9 cm period lengths in order to obtain FEL in 2-250 micron wavelength range. The electron linac will consist of two superconducting ELBE modules which houses two 9-cell TESLA cavity in one module and can operate in cw mode. The electron bunches in cw mode which are compatible with the main linac will be provided by a thermionic gun and an injector system which is totally based on normal conducting technology. In this study the injector design for TAC IR FEL is represented and beam dynamics issues were discussed for suitable injection to first accelerating module.

Paper

Title

Page

TH6PFP001

Injector Design for Turkish Accelerator Center Free Electron Laser Facility

3687

A. Aksoy, O. Yavas
Ankara University, Faculty of Engineering, Tandogan, Ankara
U. Lehnert
FZD, Dresden
S. Ozkorucuklu
SDU, Isparta

Funding: State Planning Organization of Turkey

Turkish Accelerator Center (TAC) Infrared (IR) Free Electron Laser facility (FEL) supported by State Planning Organization (SPO) of Turkey will be based on 15-40 MeV energy range electron linac and two different undulators with 2.5 cm and 9 cm period lengths in order to obtain FEL in 2-250 micron wavelength range. The electron linac will consist of two superconducting ELBE modules which houses two 9-cell TESLA cavity in one module and can operate in cw mode. The electron bunches in cw mode which are compatible with the main linac will be provided by a thermionic gun and an injector system which is totally based on normal conducting technology. In this study the injector design for TAC IR FEL is represented and beam dynamics issues were discussed for suitable injection to first accelerating module.