| Paper | Title | Page |
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THPSC54 |
Application of the Research and Technological Complex Based on the Linear Electron Accelerator LUE-8-5RV of the Institute for Nuclear Research for Fundamental Physics Experiments | |
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| The radiation methods are widely used to solve applied physics problems in the field of solid state physics, the processing of various raw materials, materials and products for medical purposes and so on, with electron accelerators of small, below 10 MeV, energies. In particular, similar activity has been developed at Institute for nuclear research of RAS, Moscow, on the electron accelerator LUE-8-5RV elaborated in St Petersburg, Russia. Recently, the interest in fundamental research of the atomic nucleus physics has been renewed in this energy area. This interest is associated with new research directions, such as nuclear photonics, the study of collective modes of motion in nuclei at low excitation energies (below thresholds of partial reactions), for example, pigmy resonances. However, the problem here is that among the accelerators of this class there are practically no ones which has necessary energy resolution for such studies (of the order or better than 1%). This paper describes the results of the work that made it possible to obtain on the LUE-8-5RV accelerator an electron beam with the following characteristics: pulse rate repetition 300 per sec, pulse duration 3 μs, beam energy in the range of 4-10 MeV, energy resolution from 1% at average beam current up to 6 microamps and 10% at maximum current values (up to 300 microamps). | ||
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