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The book reviews all aspects of the device, application areas and computer design of microchannel amplifiers. They are widely used to amplify weak signals in night vision devices, medical diagnostics, in astrophysics, as radiation detectors and elementary particle detectors. The book gives a complete overview of the numerical models used in the design, including a number of original models. The validity of the methods developed is confirmed by comparing the experimental data with the calculations. Most of the developments and calculations were carried out directly by the author, who…mehr

Produktbeschreibung
The book reviews all aspects of the device, application areas and computer design of microchannel amplifiers. They are widely used to amplify weak signals in night vision devices, medical diagnostics, in astrophysics, as radiation detectors and elementary particle detectors. The book gives a complete overview of the numerical models used in the design, including a number of original models. The validity of the methods developed is confirmed by comparing the experimental data with the calculations. Most of the developments and calculations were carried out directly by the author, who participated in major international projects. The book can be useful to students, graduate students, engineers and scientific researchers engaged in studying the principles of amplifying weak signals and processing appropriate equipment.
Autorenporträt
Physicist, specialist in Computational Physics, Applied Mathematics, Electron Optics, Accelerator Physics. Worked at Russian Academy of Science, Stanford Linear Accelerator Center, Fermi National Accelerator Laboratory, Agronne National Laboratories, Muons, Inc.