Speaker
Description
As known channeling of electrons in crystals can be observed for the beam energies starting from several MeV and is observable up to hudred GeV energies. Applying the same phenomenology of channeling physics for description of various behaviors of beam motion in crystals we simplify solution of many tasks that typically are split between high-energy and low-energy physics.
This report aims in reviewing recent results on channeling of relativistic electrons in crys-tals that were obtained by various groups in the world. Fine features of both electron scatter-ing in crystals and radiation by channeled electrons will be considered from the point of view of theoretical and experimental studies. Various extended applications of electron channeling for basic and applied tasks will be reported.