Add to ORKGCEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilowatt UV (150– 1000 nm) and IR (2–25 micron) FEL driven by a recirculating, energy-recovering 200 MeV superconducting radio-frequency (SRF) accelerator. FEL users—CEBAF’s partners in th
Progress in superconducting rf (srf) technology has led to dramatic changes in cryogenic losses, cav...
The project of a high-power FEL at Korea Atomic Energy Research Institute and its recent status are ...
Abstract A 1 kW infrared FEL, funded by the U.S. Navy, is being built at Jefferson Lab. It will be d...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
We have developed a conceptual design for an industrial-use kilowatt UV and IR FEL driven by a recir...
A design has been established for IR and UV FELs within the Laser Processing Consortium's (LPC) prog...
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...
Previously we presented a design for a kilowatt demonstration industrial UVFEL [1]. Progress ...
A confluence of events motivates discussion of design options for hard XFEL driver accelerators. Fir...
The Laser Processing Consortium, a collaboration of industries, universities, and the Continuous Ele...
The CEBAF five pass recirculating, superconducting linac, being developed as a high power electron s...
An upgrade of the Jefferson Lab IR FEL [1] is now under construction. It will provide 10 kW output l...
Progress in superconducting rf (srf) technology has led to dramatic changes in cryogenic losses, cav...
The project of a high-power FEL at Korea Atomic Energy Research Institute and its recent status are ...
Abstract A 1 kW infrared FEL, funded by the U.S. Navy, is being built at Jefferson Lab. It will be d...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
CEBAF has developed a comprehensive conceptual design of an industrial user facility based on a kilo...
We have developed a conceptual design for an industrial-use kilowatt UV and IR FEL driven by a recir...
A design has been established for IR and UV FELs within the Laser Processing Consortium's (LPC) prog...
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...
Previously we presented a design for a kilowatt demonstration industrial UVFEL [1]. Progress ...
A confluence of events motivates discussion of design options for hard XFEL driver accelerators. Fir...
The Laser Processing Consortium, a collaboration of industries, universities, and the Continuous Ele...
The CEBAF five pass recirculating, superconducting linac, being developed as a high power electron s...
An upgrade of the Jefferson Lab IR FEL [1] is now under construction. It will provide 10 kW output l...
Progress in superconducting rf (srf) technology has led to dramatic changes in cryogenic losses, cav...
The project of a high-power FEL at Korea Atomic Energy Research Institute and its recent status are ...
Abstract A 1 kW infrared FEL, funded by the U.S. Navy, is being built at Jefferson Lab. It will be d...