First Name: M.
Middle Name:
Last Name: Zisman
Full Name: M. Zisman
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2 papers
| title: | Feasibility study of a storage ring for a high-power XUV free-electron laser |
| format: | journal article |
| year: | 1986 |
| 12 authors: | | | | | | | | | | | | |
| abstract: | A high-gain free-electron lase (FEL), operating in a special by-pass of a storage ring, can provide tens of megawatts of coherent power at wavelengths shorter than 1000 AA. The requirements on beam quality are demanding-a few hundred amperes of peak current in an emittance of about 10/sup -8/ m-rad with a relative energy spread of about 10/sup -3/. Designing an electron storage ring with the required characteristics involves a comprehensive analysis of the restrictions arising from, and relationships between, the FEL physics, the multiparticle beam phenomena, and the ring lattice structure. A summary of such a study is reported and some design examples are given. (39 References). |
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| title: | Storage ring design for a short wavelength FEL |
| format: | conference procceeding |
| conference: | 1985 Particle Accelerator Conference |
| year: | 1985 |
| 12 authors: | | | | | | | | | | | | |
| abstract: | A high gain free electron laser (FEL) operating in a special bypass of a storage ring can provide tens of megawatts of coherent power at wavelengths shorter than 1000 AA. The requirements on beam qualities are demanding, a few hundred amperes of peak current in an emittance of about 10/sup -8/ m-rad with a relative energy spread of approximately 10/sup -3/. Designing an electron storage ring with the required characteristics involves a comprehensive analysis of the restrictions from, and relationships between, the FEL physics, the multiparticle beam phenomena, and the ring lattice structure. A summary of such a study is reported and some design examples are given. (12 References). |
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| Details | edit | delete | |