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E. I. Antokhin,
R. R. Akberdin,
M. A. Bokov,
V. P. Bolotin,
O. I. Deichuli,
E. N. Dementyev,
A. N. Dubrovin,
B. A. Dovgenko,
Y. A. Evtushenko,
N. G. Gavrilov,
E. I. Gorniker,
D. A. Kairan,
M. A. Kholopov,
O. B. Kiselev,
V. V. Kolmogorov,
E. I. Kolobanov,
A. A. Kondakov,
N. L. Kondakova,
S. A. Krutikhin,
V. V. Kubarev,
G. N. Kulipanov,
E. A. Kuper,
I. V. Kuptsov,
G. Y. Kurkin,
L. G. Leontyevskaya,
V. Y. Loskutov,
L. E. Medvedev,
A. S. Medvedko,
S. V. Miginsky,
L. A. Mironenko,
A. D. Oreshkov,
V. K. Ovchar,
S. P. Petrov,
V. M. Petrov,
V. M. Popik,
E. A. Rotov,
T. V. Salikova,
I. K. Sedlyarov,
M. A. Scheglov,
S. S. Serednyakov,
O. A. Shevchenko,
E. I. Shubin,
A. N. Skrinsky,
S. V. Tararyshkin,
L. A. Timoshina,
A. G. Tribendis,
V. F. Veremeenko,
N. A. Vinokurov,
P. D. Vobly,
E. I. Zagorodnikov and
N. S. Zaigrayeva A 100 MeV eight-turn accelerator-recuperator intended to drive a high-power infrared free-electron laser (FEL) is currently under construction in Novosibirsk. The first stage of the machine includes a one-turn accelerator-recuperator that contains a full-scale RF system. It was commissioned successfully in June 2002.
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