The range of problems that can be solved with the use of powerful radiation installations is determined: generation of nanosecond ultrahigh-frequency (microwave) pulses, collective acceleration of charged particles, the implementation of a controlled fusion reaction, and the creation of high-power lasers.
1. Structure, Properties, Point Defects and Radiation Defect Formation in Magnesium Oxide Crystals.- 2. Objects and Methods of Research Used in the Study.- 3. Formation of Radiation Defects in MgO Crystals under High-Temperature Proton Irradiation.- 4. Stabilization of Frenkel Defects in Crystals of Magnesium Oxide at Impact Displacement of Ions.- 5. Creation of F+-Centers in Proton Tracks at Low Irradiation Temperatures.- 6. Accumulation of F-Type Color Centers in Crystals of Magnesium Oxide at High Excitation Densities Accelerated Electrons of Subthreshold Energy.- 7. Stabilization of Interstitial Oxygen Ions Formed under the Action of a High-Current Electron Beam in the Crystal Lattice of Magnesium Oxide.- 8. Experimental Study of Interstitial Oxygen Ions in Magnesium Oxide Crystals.