W J G M Kleeven

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In order to obtain high gain m a free electron laser a high-quality electron beam with high peak current is required . It is well-known that a microtron is able to produce a high-quality beam having low etntttance and small energy spread (1%0). Because a circular nucrotron has a linuted high-current capability a race-track design is adopted for providing(More)
During the last few years, IBA started the development of an accelerator-based BNCT system. The accelerator is a Dynamitron built by RDI in USA and will produce a 20 mA proton beam at 2.8 MeV. Neutrons will be produced by the (7)Li(p,n)(7)Be nuclear reaction using a thin lithium target. The neutron energy spectrum will be tailored using a beam shaping(More)
In the "TEU-FEL" project of the University of Twenty, The Netherlands, an FEL will be built which consists of a photocathode linac which will accelerate the electrons up to 6 MeV, a race-track microtron which will accelerate the electrons up to 25 MeV, a hybrid undulator, an electron bending system, and an optical cavity . The project will be carried out in(More)
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