Back to Search Start Over

Novosibirsk ERL Facility

Authors :
Vinokurov, Nikolay
Borin, Vladislav
Davidyuk, Igor
Deichuli, Olga
Dementyev, Evgeny
Dorokhov, Victor
Dovzhenko, Boris
Getmanov, Yaroslav
Gorbachev, Yaroslav
Knyazev, Boris
Kolobanov, Evegeniy
Kondakov, Alexey
Kozak, Victor
Kozyrev, Evgeny
Krutikhin, Sergey
Kubarev, Vitaly
Kulipanov, Gennady
Kuper, Eduard
Kuptsov, Igor
Kurkin, Grigory
Medvedev, Lev
Meshkov, Oleg
Motygin, Sergey
Murasev, Anatoly
Osipov, Vadim
Ovchar, Vladimir
Petrov, Victor
Pilan, Andrey
Popik, Vasiliy
Repkov, Vladimir
Salikova, Tatiana
Scheglov, Mikhail
Sedlyarov, Igor
Serednyakov, Stanislav
Shevchenko, Oleg
Skrinsky, Alexander
Tararyshkin, Sergey
Tcheskidov, Vladimir
Tribendis, Alexey
Vobly, Pavel
Volkov, Vladimir
Publication Year :
2018
Publisher :
JACoW Publishing, Geneva, Switzerland, 2018.

Abstract

The first project of the four turn ERL for Novosibirsk FELs (NovoFEL) was proposed at FEL'90 Conference. Later the project was modified, but the base lines kept: a four turn normal conductance linac with energy recovery, low RF cavities (180 MHz), grid controlled DC gun (Q~1 nC, tau=1 nsec, f rep = 10 kHz-50 MHz). The ERL can operate in the three modes, providing an electron beam for the three different FELs (from 300 µm up to 5 µm). Construction and commissioning four track ERL was divided on three stage: the first stage NovoFEL working in spectral range (90-240) µm, based on one track energy recovery linac (ERL) with energy 12 MeV and current 30 mA, was commissioned in 2003. The second stage of NovoFEL working in spectral range (35-80) µm, based on two track energy recovery linac with energy 22 MeV and current 7 mA, was commissioned in 2009. The third stage of NovoFEL working in spectral range (8-15) µm, based on four track energy recovery linac with energy 42 MeV and current 5 mA was commissioned in 2015.<br />Proceedings of the 59th ICFA Advanced Beam Dynamics Workshop on Energy Recovery Linacs, ERL2017, Geneva, Switzerland

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.doi.dedup.....1a9e98bf32ff997047a0f129273145ae
Full Text :
https://doi.org/10.18429/jacow-erl17-moidcc002