Novosibirsk Free Electron Laser: Recent Achievements and Future Prospects

O. A. Shevchenko; V. S. Arbuzov; N. A. Vinokurov; P. D. Vobly; V. N. Volkov; Ya. V Getmanov; I. V. Davidyuk; O. I. Deychuly; E. N. Dementyev; B. A. Dovzhenko; B. A. Knyazev; E. I. Kolobanov; A. A. Kondakov; V. R. Kozak; E. V. Kozyrev; V. V. Kubarev; G. N. Kulipanov; E. A. Kuper; I. V. Kuptsov; G. Ya. Kurkin; S. A. Krutikhin; L. E. Medvedev; S. V. Motygin; V. K. Ovchar; V. N. Osipov; V. M. Petrov; A. M. Pilan; V. M. Popik; V. V. Repkov; T. V. Salikova; I. K. Sedlyarov; S. S. Serednyakov; A. N. Skrinsky; S. V. Tararyshkin; A. G. Tribendis; V. G. Cheskidov; K. N. Chernov; M. A. Shcheglov

doi:10.1007/s11141-017-9727-9

Novosibirsk Free Electron Laser: Recent Achievements and Future Prospects

作者: Shevchenko O.A.¹, Arbuzov V.S.¹, Vinokurov N.A.¹, Vobly P.D.¹, Volkov V.N.¹, Getmanov Y.V¹, Davidyuk I.V.¹, Deychuly O.I.¹, Dementyev E.N.¹, Dovzhenko B.A.¹, Knyazev B.A.¹, Kolobanov E.I.¹, Kondakov A.A.¹, Kozak V.R.¹, Kozyrev E.V.¹, Kubarev V.V.¹, Kulipanov G.N.¹, Kuper E.A.¹, Kuptsov I.V.¹, Kurkin G.Y.¹, Krutikhin S.A.¹, Medvedev L.E.¹, Motygin S.V.¹, Ovchar V.K.¹, Osipov V.N.¹, Petrov V.M.¹, Pilan A.M.¹, Popik V.M.¹, Repkov V.V.¹, Salikova T.V.¹, Sedlyarov I.K.¹, Serednyakov S.S.¹, Skrinsky A.N.¹, Tararyshkin S.V.¹, Tribendis A.G.¹, Cheskidov V.G.¹, Chernov K.N.¹, Shcheglov M.A.¹
隶属关系:
1. G. I. Budker Institute for Nuclear Physics of the Siberian Branch of the Russian Academy of Sciences
期: 卷 59, 编号 8-9 (2017)
页面: 605-612
栏目: Article
URL: https://journals.rcsi.science/0033-8443/article/view/243718
DOI: https://doi.org/10.1007/s11141-017-9727-9
ID: 243718

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Free electron lasers (FELs) are unique sources of electromagnetic radiation with tunable wavelength. A high-power FEL has been created at the G. I.Budker Institute for Nuclear Physics. Its radiation frequency can be tuned over a wide range in the terahertz and infrared spectral ranges. As the source of electron bunches, this FEL uses a multi-turn energy-recovery linac, which has five straight sections. Three sections are used for three FELs which operate in different wavelength ranges (90–240 μm for the first, 37–80 μm for the second, and 5–20 μm for the third ones). The first and the second FELs were commissioned in 2003 and 2009, respectively. They are used for various applied and research problems now. The third FEL is installed on the last, forth accelerator loop, in which the electron energy is the maximum. It comprises three undulator sections and a 40 m optical cavity. The first lasing of this FEL was obtained in the summer of 2015. The radiation wavelength was 9 μm and the average power was about 100 W. The design power is 1 kW at a pulse repetition rate of 3.75 MHz. Radiation of the third FEL will be delivered to user stations from the protected hall in the near future. The third FEL commissioning results are presented and the current status of the first and second FELs as well as their future development prospects are described.

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Novosibirsk Free Electron Laser: Recent Achievements and Future Prospects

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