A design has been established for IR and UV FELs within the Laser Processing Consortium's (LPC) program for development and application of high-average-power FELs for materials processing. Hardware prototyping and testing for the IR portion of the system are underway. The driver portion has been designed based on the superconducting radio-frequency (SRF) technology now seeing large-scale application in the commissioning of CEBAF, the Continuous Electron Beam Accelerator Facility, where LPC activities are centered. As of July 1994, measurements of beam performance confirm SRF's benefits in beam quality and stability, which are applicable to high-average-power FELs
Progress in superconducting rf (srf) technology has led to dramatic changes in cryogenic losses, cav...
Low wall losses and low wakefields inherent in superconducting radiofrequency (srf) cavities make th...
The superconducting RF photoinjector SRF gun operating with a 31 2 cell niobium cavity and Cs2Te p...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
The CEBAF superconducting linac is capable of accelerating electron beams suitable for driving high-...
Previously the authors presented a design for a kilowatt demonstration industrial UVFEL. Progress ha...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
The CEBAF five pass recirculating, superconducting linac, being developed as a high power electron s...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
Previously we presented a design for a kilowatt demonstration industrial UVFEL [1]. Progress ...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
Beam from the 45 MeV CEBAF injector linac can be used to drive a high-power infrared (IR) free elect...
The Laser Processing Consortium, a collaboration of industries, universities, and the Continuous Ele...
Material processing with lasers has grown greatly in the previous decade, with annual sales in exces...
Material processing with lasers has grown greatly in the previous decade, with annual sales in exces...
Progress in superconducting rf (srf) technology has led to dramatic changes in cryogenic losses, cav...
Low wall losses and low wakefields inherent in superconducting radiofrequency (srf) cavities make th...
The superconducting RF photoinjector SRF gun operating with a 31 2 cell niobium cavity and Cs2Te p...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
The CEBAF superconducting linac is capable of accelerating electron beams suitable for driving high-...
Previously the authors presented a design for a kilowatt demonstration industrial UVFEL. Progress ha...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
The CEBAF five pass recirculating, superconducting linac, being developed as a high power electron s...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
Previously we presented a design for a kilowatt demonstration industrial UVFEL [1]. Progress ...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
Beam from the 45 MeV CEBAF injector linac can be used to drive a high-power infrared (IR) free elect...
The Laser Processing Consortium, a collaboration of industries, universities, and the Continuous Ele...
Material processing with lasers has grown greatly in the previous decade, with annual sales in exces...
Material processing with lasers has grown greatly in the previous decade, with annual sales in exces...
Progress in superconducting rf (srf) technology has led to dramatic changes in cryogenic losses, cav...
Low wall losses and low wakefields inherent in superconducting radiofrequency (srf) cavities make th...
The superconducting RF photoinjector SRF gun operating with a 31 2 cell niobium cavity and Cs2Te p...