Modern methods of acceleration and compact light sources
Modern methods of acceleration and compact light sources
Modern methods of acceleration and compact light sources
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Quantum beam Organization & Responsibility<br />
Compact <strong>and</strong> reliable Multi-beam Klystron R&D<br />
Committee for project<br />
evaluation<br />
High powwer RF<br />
Toshiba<br />
Compact Klystron<br />
Hiroshima U.<br />
Laser storage<br />
RF Gun<br />
Photo-cathode<br />
Main Institute<br />
KEK<br />
SC RF Accelerator development<br />
High stablle HV PS<br />
Hitachi<br />
DC High Voltage Source<br />
System design, Operation, Performance<br />
High stablle HV PS<br />
Measurement<br />
Education for young sientists<br />
Pullsed Laser Storage<br />
ATF, STF<br />
JAEA<br />
DC High Voltage PS<br />
High Quality <strong>and</strong> Intensity e- sourcePhoto-Cathode<br />
ERL Electron Source Device<br />
Waseda U.<br />
X-ray detector<br />
Laser Compton Exp.<br />
Compact Accelerator<br />
U. <strong>of</strong> Tokyo<br />
Photo-cathode<br />
Input coupler<br />
A. Seryi, 9 th Nov 2010<br />
J. Urakawa, et al, Quantum Beam Project
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