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Transition radiation detectors
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 1993The use of transition radiation (TR) as a means of identifying high energy particles has now become a subject of intensive experimental investigations and applications. Our intention is first to study the physics of these phenomena and to describe ways of building detectors which can efficiently identify particles.
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Observation of coherent transition radiation
Physical Review Letters, 1991Coherent transition radiation, generated by the passage of mm-long bunches of electrons through a thin metal foil, has been observed in the far infrared. The intensity was compared to the smaller amount of Cherenkov radiation produced when ${\mathrm{SF}}_{6}$ gas was introduced into the electron path.
U. Happek, A. J. Sievers, E. B. Blum
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Observation of Stimulated Transition Radiation
Physical Review Letters, 1996Stimulated, coherent transition radiation (STR) has been observed at the Stanford SUNSHINE facility. Far-infrared light pulses of coherent transition radiation emitted from femtosecond electron bunches are recycled in a special cavity to arrive back at the radiator coincident with subsequent incoming electron bunches. This overlap enables the electrons
Pamela Kung +5 more
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On microwave transition radiation
Technical Physics, 1998The energy of the radiation emitted by an ultrarelativistic (1 GeV) electron at a transition from vacuum into yttrium iron garnet I3Fe5O12 at the ferromagnetic resonance frequency (vacuum wavelength 3 cm) is estimated. The energy at this frequency was found to be 10−13 eV·s.
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Transition and Diffraction Radiation
2018Transition radiation occurs when a moving charged particle crosses a boundary between two media with different electrodynamic properties. In its simplest form, which is commonly used in experiments, transition radiation is generated by sending a beam through a metallic foil.
Gregory Penn, Gennady Stupakov
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Resonance Transition Radiation [PDF]
, 2002 The recent new development of the theory and experiment of resonant transition radiation (RTR) produced by electrons with energies up to few tens MeV in multilayer nanostructures is reviewed. The already revealed properties of this type of soft x-ray RTR require new experimental studies which become possible due to the achievement in the technology of ...
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Transition radiation of multicharged ions
Journal of Experimental and Theoretical Physics, 2015The problem of the transition radiation of multicharged ions at the interface between two media and in a thin plate under the charge-exchange conditions has been solved. It has been shown that the processes of pickup (or loss) of electrons by accelerated multicharged ions at the interface between two media significantly increases the yield of ...
I. A. Ivanova +2 more
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Radiation Physics and Chemistry, 2002
Abstract Transition radiation has been revisited to rectify some inconsistencies in the original Ginzburg and Frank formulation. Our calcualtions of radiation intensity exhibit qualitative deviations from the original formula, particularly in the nonrelativistic limit.
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Abstract Transition radiation has been revisited to rectify some inconsistencies in the original Ginzburg and Frank formulation. Our calcualtions of radiation intensity exhibit qualitative deviations from the original formula, particularly in the nonrelativistic limit.
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Technical Physics, 2000
Phenomena related to fractal properties of moving emitting objects and electrodynamic structures are of considerable interest now. Electromagnetic radiation accompanying fractal transition processes is considered.
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Phenomena related to fractal properties of moving emitting objects and electrodynamic structures are of considerable interest now. Electromagnetic radiation accompanying fractal transition processes is considered.
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1998
Publisher Summary The chapter presents a study on transition radiation. When an energetic charged particle makes a transition from vacuum into a metal, there is an emission of electromagnetic radiation known as “transition radiation.” This radiation appears whenever a charged particle crosses an interface separating media of different dielectric ...
Arthur J. Braundmeier, E. T. Arakawa
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Publisher Summary The chapter presents a study on transition radiation. When an energetic charged particle makes a transition from vacuum into a metal, there is an emission of electromagnetic radiation known as “transition radiation.” This radiation appears whenever a charged particle crosses an interface separating media of different dielectric ...
Arthur J. Braundmeier, E. T. Arakawa
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