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H. P. Freund

First Name: H.

Middle Name: P.

Last Name: Freund

Full Name: H. P. Freund

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3 papers

title: Multi-dimensional free-electron laser simulation codes: a comparison study

format: conference procceeding

conference: 21st International Free Electron Laser Conference

year: 2000

8 authors: S. G. Biedron | Y. C. Chae | R. J. Dejus | B. Faatz | H. P. Freund | S. V. Milton | H. D. Nuhn | S. Reiche

abstract: A self-amplified spontaneous emission (SASE) free-electron laser(FEL) is under construction at the Advanced Photon Source (APS). Five FEL simulation codes were used in the design phase: GENESIS, GINGER, MEDUSA, RON, and TDA3D. Initial comparisons between each of these independent formulations show good agreement for the parameters of the APS SASE FEL.

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title: The FEL development at the Advanced Photon Source

format: conference procceeding

conference: Free-Electron Laser Challenges II

year: 1999

46 authors: S. V. Milton | N. D. Arnold | C. Benson | S. Berg | W. Berg | S. G. Biedron | Y. C. Chae | E. A. Crosbie | G. Decker | B. Deriy | R. J. Dejus | P. D. Hartog | R. Dortwegt | M. Erdmann | Z. Huang | H. Friedsam | H. P. Freund | J. N. Galayda | E. Gluskin | G. A. Goeppner | A. Grelick | J. Jones | Y. Kang | K. J. Kim | S. Kim | K. Kinoshita | R. Lill | J. W. Lewellen | A. H. Lumpkin | G. M. Markovich | O. Makarov | E. R. Moog | A. Nassiri | V. Ogurtsov | S. Pasky | J. Power | B. Tieman | E. Trakhtenberg | G. Travish | I. Vasserman | N. Vinokurov | D. R. Walters | J. Wang | X. J. Wang | B. Yang | S. Xu

abstract: Construction of a single-pass free-electron laser (FEL) based on the self-amplified spontaneous emission (SASE) mode of operation is nearing completion at the Advanced Photon Source (APS) with initial experiments imminent. The APS SASE FEL is a proof-of-principle fourth-generation light source. As of January 1999 the undulator hall, end-station building, necessary transfer lines, electron and optical diagnostics, injectors, and initial undulators have been constructed and, with the exception of the undulators, installed. All preliminary code development and simulations have also been completed. The undulator hall is now ready to accept first beam for characterization of the output radiation. It is the project goal to push towards full FEL saturation, initially in the visible, but ultimately to UV and VUV, wavelengths. (10 References).

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title: The APS SASE FEL: Modeling and code comparison

format: conference procceeding

conference: 1999 Particle Accelerator Conference

year: 1999

8 authors: S. G. Biedron | Y. C. Chae | R. J. Dejus | B. Faatz | H. P. Freund | S. Milton | H. D. Nuhn | S. Reiche

abstract: A self-amplified spontaneous emission (SASE) free electron laser (FEL) is under construction at the Advanced Photon Source (APS). Five FEL simulation codes were used in the design phase: GENESIS, GINGER, MEDUSA, RON, and TDA3D. Initial comparisons between each of these independent formulations show good agreement for the parameters of the APS SASE FEL.

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title:	Multi-dimensional free-electron laser simulation codes: a comparison study
format:	conference procceeding
conference:	21st International Free Electron Laser Conference
year:	2000
8 authors:	S. G. Biedron \| Y. C. Chae \| R. J. Dejus \| B. Faatz \| H. P. Freund \| S. V. Milton \| H. D. Nuhn \| S. Reiche
abstract:	A self-amplified spontaneous emission (SASE) free-electron laser(FEL) is under construction at the Advanced Photon Source (APS). Five FEL simulation codes were used in the design phase: GENESIS, GINGER, MEDUSA, RON, and TDA3D. Initial comparisons between each of these independent formulations show good agreement for the parameters of the APS SASE FEL.
keywords:
Download \| View \| Details \| edit \| delete

title:	The FEL development at the Advanced Photon Source
format:	conference procceeding
conference:	Free-Electron Laser Challenges II
year:	1999
46 authors:	S. V. Milton \| N. D. Arnold \| C. Benson \| S. Berg \| W. Berg \| S. G. Biedron \| Y. C. Chae \| E. A. Crosbie \| G. Decker \| B. Deriy \| R. J. Dejus \| P. D. Hartog \| R. Dortwegt \| M. Erdmann \| Z. Huang \| H. Friedsam \| H. P. Freund \| J. N. Galayda \| E. Gluskin \| G. A. Goeppner \| A. Grelick \| J. Jones \| Y. Kang \| K. J. Kim \| S. Kim \| K. Kinoshita \| R. Lill \| J. W. Lewellen \| A. H. Lumpkin \| G. M. Markovich \| O. Makarov \| E. R. Moog \| A. Nassiri \| V. Ogurtsov \| S. Pasky \| J. Power \| B. Tieman \| E. Trakhtenberg \| G. Travish \| I. Vasserman \| N. Vinokurov \| D. R. Walters \| J. Wang \| X. J. Wang \| B. Yang \| S. Xu
abstract:	Construction of a single-pass free-electron laser (FEL) based on the self-amplified spontaneous emission (SASE) mode of operation is nearing completion at the Advanced Photon Source (APS) with initial experiments imminent. The APS SASE FEL is a proof-of-principle fourth-generation light source. As of January 1999 the undulator hall, end-station building, necessary transfer lines, electron and optical diagnostics, injectors, and initial undulators have been constructed and, with the exception of the undulators, installed. All preliminary code development and simulations have also been completed. The undulator hall is now ready to accept first beam for characterization of the output radiation. It is the project goal to push towards full FEL saturation, initially in the visible, but ultimately to UV and VUV, wavelengths. (10 References).
keywords:
Details \| edit \| delete

title:	The APS SASE FEL: Modeling and code comparison
format:	conference procceeding
conference:	1999 Particle Accelerator Conference
year:	1999
8 authors:	S. G. Biedron \| Y. C. Chae \| R. J. Dejus \| B. Faatz \| H. P. Freund \| S. Milton \| H. D. Nuhn \| S. Reiche
abstract:	A self-amplified spontaneous emission (SASE) free electron laser (FEL) is under construction at the Advanced Photon Source (APS). Five FEL simulation codes were used in the design phase: GENESIS, GINGER, MEDUSA, RON, and TDA3D. Initial comparisons between each of these independent formulations show good agreement for the parameters of the APS SASE FEL.
keywords:
Download \| View \| Details \| edit \| delete

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