Final results of the Boeing and Los Alamos grazing incidence ring-resonator free electron laser experiment

Dowell, D.H.; Laucks, M.L.; Lowrey, A.R.; Adamski, J.; Pistoresi, D.J.; Shoffstall, D.R.; Lumpkin, A.H.; Bender, Steven C.; Byrd, Donald A.; Tokar, R. L.; Sun, Kenneth C.; Bentz, M.; Burns, Ryan D.; Guha, Jayanta K.; Tomita, W.

doi:10.1016/0168-9002(92)91026-6

Cited by 8 publications

(1 citation statement)

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“…This was a 0.6% change in wavelength and can be seen to agree with the measured electron beam energy slew. 7 10 Detector Layout and Paths Figure 13 shows the layout for the optical table in the accelerator control room. The reason for not locating the streak camera and OMA in the accelerator chamber was to avoid radiation damage.…”

Section: Time-resolved Spectroscopymentioning

confidence: 99%

Optical diagnostics for a ring resonator free-electron laser

et al. 1993

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Overview of ExperimentBoeing's visible free-electron laser (FEL) program was proposed as a three-step process to demonstrate the feasibility of high average power FELs. In the first step a visible, concentric cavity, FEL oscillator was built and tested. It was a high peak power, but low average power device. In 1987 this experiment achieved the shortest wavelength radiation (0.50 rim) from any rfaccelerator-driven oscillator.' Sideband generation was demonstrated both in the 4% tapered wiggler and in the untapered wiggler. Measurements with the untapered wiggler indicated extraction efficiencies up to 0.25%, whereas extraction efficiencies of up to 0.75% were seen in the 4% tapered wiggler.2'3

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Section: Time-resolved Spectroscopymentioning

confidence: 99%