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2006•The Review of Laser EngineeringOpen access

Experiment Combining Synchrotron Radiation with Storage Ring Free Electron Laser

Masahito Hosaka

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Abstract

A storage ring Free Electron Lasers (FEL) is a coherent light source that uses an electron beam circulating in a storage ring. It has unique properties such as a variable wavelength, good coherence and high power. One of the most important features of a storage ring FEL is its natural synchronization with a synchrotron radiation pulse. An application experiment of a storage ring FEL combined with synchrotron radiation was conducted at the UVSOR facility. This experiment demonstrates the relevance of the FEL in two color experiments.

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What this paper is about

A storage ring Free Electron Lasers (FEL) is a coherent light source that uses an electron beam circulating in a storage ring. It has unique properties such as a variable wavelength, good coherence and high power. One of the most important features of a storage ring FEL is its natural synchronization with a synchrotron radiation pulse. An application experiment of a storage ring FEL combined with synchrotron radiation was conducted at the UVSOR facility. This experiment demonstrates the relevance of the FEL in two color experiments.

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Available abstract

A storage ring Free Electron Lasers (FEL) is a coherent light source that uses an electron beam circulating in a storage ring. It has unique properties such as a variable wavelength, good coherence and high power. One of the most important features of a storage ring FEL is its natural synchronization with a synchrotron radiation pulse. An application experiment of a storage ring FEL combined with synchrotron radiation was conducted at the UVSOR facility. This experiment demonstrates the relevance of the FEL in two color experiments.

Key concepts: Storage ring, Synchrotron radiation, Free-electron laser, Optics, Physics, Laser, Synchrotron, Radiation

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