RADIATION DAMAGE OF SOLIDS AND MODIFICATION OF MATERIALS AT IRRADIATION WITH HEAVY IONS WITH ENERGIES EXCEEDING 1 Mev/a.e.m.

The aim is to study the radiation defect formation, changes of the macroscopic properties and microstructure of the metals and alloys, ionic alloying of the dielectric and semiconductor materials, to determine the radiation resistance of the microelectronics articles. The phenomenological model for accumulation of the radiation defects has been developed, the models for radiation-cooling plants of the vanadium and formation of the conic structures on the steel surface have been proposed, the models of the heavy ion track for explanation of the special features in the defect formation and diffusion of the additions have been created. The obtained results are applicable for further developing theory of the radiation-eresistant processes in the solids, for development of the radiation-resistive materials, for theory and practice of the imitation experiments and also actual technologies and development of the new technologies in the electronic industry. The developed plants and created equipment complex have been introduced in the United Institute on Nuclear Researches, Physical-Power Engineering Institute, Physical-Technical Institute, Russian Academy of Sciences in the production process of the track membranes.Available from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio