Novosibirsk ERL Facility

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

doi:10.18429/JACoW-ERL2017-MOIDCC002

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RIS citation export for MOIDCC002: Novosibirsk ERL Facility

TY - CONF
AU - Vinokurov, N.A.
AU - Borin, V.M.
AU - Davidyuk, I.V.
AU - Deichuli, O.I.
AU - Dementyev, E.N.
AU - Dorokhov, V.L.
AU - Dovzhenko, B.A.
AU - Getmanov, Ya.V.
AU - Gorbachev, Ya.I.
AU - Knyazev, B.A.
AU - Kolobanov, E.I.
AU - Kondakov, A.A.
AU - Kozak, V.R.
AU - Kozyrev, E.V.
AU - Krutikhin, S.A.
AU - Kubarev, V.V.
AU - Kulipanov, G.N.
AU - Kuper, E.A.
AU - Kuptsov, I.V.
AU - Kurkin, G.Y.
AU - Medvedev, L.E.
AU - Meshkov, O.I.
AU - Motygin, S.V.
AU - Murasev, A.A.
AU - Osipov, V.N.
AU - Ovchar, V.K.
AU - Petrov, V.M.
AU - Pilan, A.M.
AU - Popik, V.M.
AU - Repkov, V.V.
AU - Salikova, T.V.
AU - Scheglov, M.A.
AU - Sedlyarov, I.K.
AU - Serednyakov, S.S.
AU - Shevchenko, O.A.
AU - Skrinsky, A.N.
AU - Tararyshkin, S.V.
AU - Tcheskidov, V.G.
AU - Tribendis, A.G.
AU - Vobly, P.
AU - Volkov, V.
ED - Ramberger, Suitbert
ED - Draper, Mick
ED - Schaa, Volker RW
TI - Novosibirsk ERL Facility
J2 - Proc. of ERL2017, Geneva, Switzerland, June 18-23, 2017
C1 - Geneva, Switzerland
T2 - ICFA Advanced Beam Dynamics Workshop
T3 - 59
LA - english
AB - 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.
PB - JACoW Publishing
CP - Geneva, Switzerland
SP - 33
EP - 39
KW - FEL
KW - electron
KW - undulator
KW - radiation
KW - cavity
DA - 2018/05
PY - 2018
SN - 978-3-95450-190-8
DO - 10.18429/JACoW-ERL2017-MOIDCC002
UR - http://jacow.org/erl2017/papers/moidcc002.pdf
ER -