Current status of the Novosibirsk infrared FEL and the third stage lasing

O.a Shevchenko ,I V Kuptsov,T V Salikova,E N Dementyev,I V Davidyuk,V V Repkov,G V Serdobintsev,I K Sedlyarov,V S Arbuzov,A M Pilan,V G Tcheskidov,L E Medvedev,Ya V Getmanov,V K Ovchar,A A Kondakov,Sergey Motygin ,M.a Scheglov ,B A Knyazev ,V M Popik ,В М Петров ,V N Osipov ,Э А Купер ,В Р Козак ,S S Serednyakov ,К Н Чернов ,Alexey Tribendis ,С В Тарарышкин ,E I Kolobanov ,V V Kubarev ,Н.а Винокуров ,Б А Довженко ,Г.н Кулипанов ,E.v Kozyrev ,G.ya Kurkin ,A.n Skrinsky ,P.d Vobly

doi:10.1134/s1547477116070451

Current status of the Novosibirsk infrared FEL and the third stage lasing

O.a Shevchenko , I V Kuptsov + Show 34 more

https://doi.org/10.1134/s1547477116070451

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Journal: Physics of Particles and Nuclei Letters	Publication Date: Dec 1, 2016
Citations: 6

Affiliation: Budker Institute of Nuclear Physics

#Bunch Repetition Rate #Energy Recovery Linac + Show 8 more

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Abstract

Novosibirsk FEL facility is based on the first in the world multi-turn energy recovery linac (ERL). It comprises three FELs (stages). FELs on the first and the second tracks were commissioned in 2004 and 2009 respectively and operate for users now. The third stage FEL is installed on the fourth track of the ERL. It includes three undulator sections and 40-meters-long optical cavity. The design tuning range of this FEL is from 5 to 20 microns and the design average power at bunch repetition rate 3.74 MHz is about 1 kW. Recent results of the third stage FEL commissioning are reported.

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