Барышевский перевел на английский и выложил в arXiv свою монографию 1982 года
Это прямо сенсация, книжка издана была в свое время в Белорусском универе, безумно редкая, а для соответствующих специалистов - очень важная. В частности, там подробно описана его теория прецессии спина при каналировании в изогнутом кристалле. Этот подход позволяет измерять магнитные моменты короткоживущих частиц, сейчас этим методом предлагается искать электрические дипольные моменты частиц.
Channeling, Radiation and Reactions in Crystals at High Energy https://arxiv.org/abs/2411.01699
Vladimir Baryshevsky
Author-made translation of the book published in Russian in 1982.
Chapter 1. Channeling of High-Energy Particles in Crystals.
Chapter 2. A Channeled Fast Particle as a 2D (1D) Relativistic Atom.
Chapter 3. The Foundations of the Theory of γ-quanta Emission in Crystals under Channeling Conditions.
Chapter 4. The Influence of γ-quanta Refraction and Diffraction on Angular and Spectral Characteristics of Radiation Produced by Particles in Crystals.
Chapter 5. Classical Theory of Radiation Formation by Particles in a Medium.
Chapter 6. Scattering and Radiation in Crystals Exposed to Variable Fields.
Chapter 7. Interference of Independently Generated Beams of γ-quanta.
Chapter 8. Theory of Measurement of Nuclear Reaction Times Using Shadow Effect. Yield of Reactions Induced by High-energy Particles in Crystals.
Chapter 9. Spin Rotation and Radiative Self-Polarization of Particles Moving in Bent Crystals.
Chapter 10. The Influence of Radiative Transitions on Channeling of Charged Particles in Crystals.
Comments: Author-made translation of the book published in Russian in 1982, 232 pages, 10 chapters
Channeling, Radiation and Reactions in Crystals at High Energy https://arxiv.org/abs/2411.01699
Vladimir Baryshevsky
Author-made translation of the book published in Russian in 1982.
Chapter 1. Channeling of High-Energy Particles in Crystals.
Chapter 2. A Channeled Fast Particle as a 2D (1D) Relativistic Atom.
Chapter 3. The Foundations of the Theory of γ-quanta Emission in Crystals under Channeling Conditions.
Chapter 4. The Influence of γ-quanta Refraction and Diffraction on Angular and Spectral Characteristics of Radiation Produced by Particles in Crystals.
Chapter 5. Classical Theory of Radiation Formation by Particles in a Medium.
Chapter 6. Scattering and Radiation in Crystals Exposed to Variable Fields.
Chapter 7. Interference of Independently Generated Beams of γ-quanta.
Chapter 8. Theory of Measurement of Nuclear Reaction Times Using Shadow Effect. Yield of Reactions Induced by High-energy Particles in Crystals.
Chapter 9. Spin Rotation and Radiative Self-Polarization of Particles Moving in Bent Crystals.
Chapter 10. The Influence of Radiative Transitions on Channeling of Charged Particles in Crystals.
Comments: Author-made translation of the book published in Russian in 1982, 232 pages, 10 chapters