Current Status Report of Femtosecond Triplet Electron Linac at Nucl. Eng. Res. Lab., University of Tokyo.
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Accession number;99A1045376
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| Title;Current Status Report of Femtosecond Triplet Electron Linac at Nucl. Eng. Res. Lab., University of Tokyo. |
| Author;
UESAKA M
(Univ. Tokyo, Ibaraki, Jpn)
WATANABE T
(Univ. Tokyo, Ibaraki, Jpn)
UEDA T
(Univ. Tokyo, Ibaraki, Jpn)
YOSHI K
(Univ. Tokyo, Ibaraki, Jpn)
KOBAYASHI T
(Univ. Tokyo, Ibaraki, Jpn)
KINOSHITA K
(Univ. Tokyo, Ibaraki, Jpn)
HAFZ N
(Univ. Tokyo, Ibaraki, Jpn)
SUGAHARA J
(Univ. Tokyo, Ibaraki, Jpn)
KATSUMURA Y
(Univ. Tokyo, Ibaraki, Jpn)
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Journal Title;Proc Symp Accel Sci Technol
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Journal Code:F0512B
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ISSN:0914-2789
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VOL.12th;NO.;PAGE.31-33(1999)
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| Figure&Table&Reference;FIG.4, TBL.1, REF.7 |
| Pub. Country;Japan |
| Language;English |
| Abstract;240fs, 17MeV electron beam generation and 3.5fs(rms) resloved synchronization with 100fs Ti:Sapphire laser were achieved at the S-band twin linac of Nuclear Engineering Research Laboratory, University of Tokyo, in 1998. The Femtosecond Quantum Phenomena Research Facility has been constructed in 1999. The facility consists of the femtosecond linac-laser synchronization system, the 20TW 50fs laser system and thed analyzing system(X-ray Diffractometory, X-ray CCD camera, XPS, FTIR). The first enables 320fs(rms) linac-laser synchronization, which is dedicated to subpico-through nano-second time-resolved radiation chemistry work for mainly supercritical water chemistry. Especially, numerical and experimental analysis on 10fs 10MeV electron beam using the 12TW 50fs laser and laser plasma wake wave breaking are under way, which is called a laser plasma linac. Thus, a new femtosecond triplet linac system is formed. (author abst.) |
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