Development of a laced electromagnetic wiggler

Abstract

MASTEB msri.AiMF.il l'hii documeni w« pu>pared a* a* account of »Kk spoonfed »j an agency of the I'nil** Slates Government. NeJlher the railed States Government nor the tnUersit) of ralifornia nor any of their employee*, atalies any warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, completeness, or useful' Hess of any information, apparatus, product, or process disclosed, or represents that its use MOUM not infringe privately owned rights. Reference herein to any specific commercial products, process, or service by trade IUUIK, trademark, mwitufaclwer, or otherwise, does not necessarily constitute or impl) its end-rscment. recommendation, 07 favoring by the I'niled Slates Government or the University of California. The views and opinions of authors expressed herein do not necessarily state or reflect those of the United States Government or the University of California, and stall not he used for advertising or product endorsement purposes.

Design of high-average-power near-millimeter free electron laser oscillators using short period wigglers and sheet electron beams

“…-0.1-0.2 ), our wiggler requirements are relatively modest compared to demonstrated wiggler technologies [50]. Based on our theoretical calculations, our wiggler requirements include As discussed in [5], we have already demonstrated electromagnet wiggler performance which exceeds these criteria.…”

“…Based on our theoretical calculations, our wiggler requirements include As discussed in [5], we have already demonstrated electromagnet wiggler performance which exceeds these criteria. It is emphasized that this performance has been achieved with fabrication techniques that are rather rudimentary compared to what is available in commercial industry (consider, for example, some of the more sophisticated fabrication techniques used in [50]). Thus improvements well beyond our required specifications will undoubtedly be observed as we improve our fabrication methods.…”

Induction-Linac Based Free-Electron Laser Amplifiers For Plasma Heating

“…In addition, to meet the random wigglcr error tolerances determined in the simulations, the pole-to-pole random errors (AB/B) must be less than 0.1% rms. We are designing a permanenl-magnet laced electromagnetic wiggler Tor this application (6].…”