Author Institution: Department of Physics, Ohio State University; Department of Physics, Duke University; Department of Physics, North Carolina Central UniversityThe high peak current, short duration (1-10 psec) pulse train of electron bunches which provide the gain medium for infrared free electron lasers have been demodulated by periodic structures to produce short pulses of spectrally pure far infrared radiation. Alternatively, the spectral content of the radiation produced is a useful diagnostic of the characteristics of the electron bunches themselves. Implementation and results based both on a parasitic use of a 40 MeV free electron laser beam and a dedicated 1 MeV microwave gun will be discussed. Details will be given on the coupling...
An electron injector capable of delivering the high bright-ness electron beam necessary for an infra...
Coherent enhancement of the spontaneous undulator radiation by several orders of magnitude has been ...
We demonstrate the selection of narrow-band radiation from the output of an infrared free-electron l...
The TESLA Test Facility (TTF) at DESY is a facility producing sub-picosecond electron pulses for the...
The technique for producing and measuring few tens of femtosecond electron beams, and the consequent...
Intense, coherent, polarized far-infrared (FIR) radiation can be derived from relativistic f-sec ele...
The basic principles and design of radiation sources (transition radiation, Cerenkov radiation, radi...
The Free Electron Laser at Jefferson Lab is based on a photo-injected energy recovered linac, and cu...
Author Institution: Department of Physics, Ohio State University; Department of Physics, Duke Univer...
Femto-second radiation pulses are becoming an important tool for studying the dynamics of materials ...
The generation and observation of high power, coherent, far-infrared undulator radiation from sub-pi...
The FLASH facility requires novel techniques to characterize the longitudinal charge dis-tribution o...
Concepts of compact free-electron lasers that are based on beam-plasma interactions and that operate...
This paper gives the first demonstration of high-power, continuously tunable, narrowband radiation t...
Although the electron injection system of the infrared free electron laser FELIX permits a high elec...
An electron injector capable of delivering the high bright-ness electron beam necessary for an infra...
Coherent enhancement of the spontaneous undulator radiation by several orders of magnitude has been ...
We demonstrate the selection of narrow-band radiation from the output of an infrared free-electron l...
The TESLA Test Facility (TTF) at DESY is a facility producing sub-picosecond electron pulses for the...
The technique for producing and measuring few tens of femtosecond electron beams, and the consequent...
Intense, coherent, polarized far-infrared (FIR) radiation can be derived from relativistic f-sec ele...
The basic principles and design of radiation sources (transition radiation, Cerenkov radiation, radi...
The Free Electron Laser at Jefferson Lab is based on a photo-injected energy recovered linac, and cu...
Author Institution: Department of Physics, Ohio State University; Department of Physics, Duke Univer...
Femto-second radiation pulses are becoming an important tool for studying the dynamics of materials ...
The generation and observation of high power, coherent, far-infrared undulator radiation from sub-pi...
The FLASH facility requires novel techniques to characterize the longitudinal charge dis-tribution o...
Concepts of compact free-electron lasers that are based on beam-plasma interactions and that operate...
This paper gives the first demonstration of high-power, continuously tunable, narrowband radiation t...
Although the electron injection system of the infrared free electron laser FELIX permits a high elec...
An electron injector capable of delivering the high bright-ness electron beam necessary for an infra...
Coherent enhancement of the spontaneous undulator radiation by several orders of magnitude has been ...
We demonstrate the selection of narrow-band radiation from the output of an infrared free-electron l...