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Abstract
In order to reveal the radiation-induced phenomena in the time scale of picosecond, or even sub-picosecond, a new sub-picosecond pulse radiolysis system has been designed and developed at Nuclear Engineering Research Laboratory (NERL), the University of Tokyo. The system is composed of the 18 MeV S-band linac with a laser driven photocathode rf-gun and a chicane-type magnetic compressor, a femtosecond Ti:Sapphire laser, and the synchronization system. At a preliminary experiment the timing jitter of the ps electron pulse and the fs laser pulse was determined to be 2.1 ps (rms) and the total time resolution of the pulse radiolysis was evaluated to be 30 ps.
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