A study of high-energy electron motion through monocrystals using secondary electron emission

Channeling and Radiation in Periodically Bent Crystals

“…In this case the characteristics of undulator radiation are practically independent on channeling oscillations [3,4], and the operational principle of a crystalline undulator is the same as for a conventional one (see, e.g., [58][59][60][61][62]) in which the monochromaticity of radiation is the result of constructive interference of the photons emitted from similar parts of trajectory, see In this case the characteristics of undulator radiation are practically independent on channeling oscillations [3,4], and the operational principle of a crystalline undulator is the same as for a conventional one (see, e.g., [58][59][60][61][62]) in which the monochromaticity of radiation is the result of constructive interference of the photons emitted from similar parts of trajectory, see …”

“…However, the interplanar electrostatic fields inside a crystal are so 3 Left Magnetic undulator for the X-ray laser XFEL [68]. However, the interplanar electrostatic fields inside a crystal are so 3 Left Magnetic undulator for the X-ray laser XFEL [68].…”

“…However, the interplanar electrostatic fields inside a crystal are so 3 Left Magnetic undulator for the X-ray laser XFEL [68]. The crystal size is 4 × 2 × 0.3 mm 3 . Right top laser-ablated diamond crystal.…”

“…The necessary conditions, which must be met in order to treat a CU as a feasible scheme for devising a new source of electromagnetic radiation, are as follows (see [3][4][5]7] and Sects. 4.1-4.4): (1.1) The formulated conditions are of a general nature since they are applicable to any type of a projectile undergoing channeling in PBCr.…”

“…For a positron-based CU a thorough analysis of the system (1.1) was carried out for the first time in [3][4][5][6][7]17]. Later on, the feasibility of the CU utilizing the planar channeling of electrons was demonstrated [46,47].…”