Parametric X-Ray Radiation in Crystals: Theory, Experiment and ApplicationsSpringer Science & Business Media, 2005 M12 20 - 172 pages This systematic and comprehensive monograph is devoted to parametric X-ray radiation (PXR). This radiation is generated by the motion of electrons inside a crystal, whereby the emitted photons are diffracted by the crystal and the radiation intensity critically depends on the parameters of the crystal structure. Nowadays PXR is the subject of numerous theoretical and experimental studies throughout the world. The first part of the book is a theoretical treatment of PXR, which includes a new approach to describe the radiation process in crystals. The second part is a survey of PXR experimental results and the possible applications of PXR as a tool for crystal structure analysis and a source of tunable X-ray radiation. |
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analysis atoms Bragg angle Bragg condition Bragg diffraction bremsstrahlung calculated charged particle coherent bremsstrahlung coherent length corresponding cos² crystal thickness crystallographic crystallographic planes defined density depends detector electrodynamics electromagnetic field electron beam electron energy electron velocity emitted photons factor FDPXR formula frequency function geometry HRPXR I.D. Feranchuk integral kinematic Labs Laue Lett Lext Maxwell's equations measured mosaicity mrad multiple scattering multiwave nonrelativistic electrons number of photons parameters parametric X-ray radiation particle energy permittivity photon energy photons Phys polarizability polarization pseudophotons PXR and CBS PXR angular distribution PXR intensity PXR peak PXR reflection quantum Quantum Electrodynamics radiation angle reciprocal lattice vector relativistic particles resonant Sect simulation sin² sin2 0B spectral spectral-angular distribution spectrum structure amplitude synchrotron theoretical theory thin crystal tion transition radiation unit cell V.G. Baryshevsky vector g wave vector width X-ray diffraction X-ray polarizability Δω