Gallium Arsenide and Related Compounds: Proceedings of the Third International Workshop

Gallium Arsenide and Related Compounds: Proceedings of the Third International Workshop

By: etc. (editor), K. Runge (editor), H.S. Rupprecht (editor), P.G. Pelfer (editor), J. Ludwig (editor)Hardback

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Description

The subject of this workshop was the gallium arsenide and related compounds devices for physics research and applications. It covered the GaAs detectors for the experimental apparatus, the characterization of the materials and the detectors, the GaAs electronics and optoelectronics, the radiation hardness and the x-ray detectors for x-ray imaging in medical applications. The purpose of the workshop was to discuss the status of the art of these fields in view of the construction of devices for the astringent demands imposed by the future physics experiments and the applications in terms of speed and radiation hardness.

Contents

The HERA-B vertex detector system, C. Bauer; GaAs detectors for underground physics, P. Belli; LPE-GaAs radiation detectors, R. Irsigler; results in GaAs microstrip detectors, R. Geppert; measurements on GaAs microstrip detectors with 50 GeV/c electrons, W. Braunschweig; characterization of GaAs detectors from Tomsk, A. Chilingarov; GaAs detectors in relaxation regime, B. Jones; modelling of particle detectors based on Sl GaAs, K. Zdansky; front-end electronics - an overview, D. Camin; could the HEMT be a low power device for low-noise high-rate particle detection?, A. Longoni; noise measurements on GaAs diodes, L. Bates; GaAs detectors - an experimental method to identify the excess noise, G. Bertuccio; radiation hardness of GaAs detectors, K. Smith; galvanomagnetic and I-V study of neutron irradiated undoped Sl GaAs, F. Dubecky; the unique properties of As-rich GaAs and related compounds, E. Weber; digital medical imaging with GaAs detectors, E. Bertolucci; application of MOS and PIN structure in medical phsyics, D. Alexiev; optical modulators for x-ray imaging, V. O'Shea. (Part contents).

Product Details

  • ISBN13: 9789810223939
  • Format: Hardback
  • Number Of Pages: 300
  • ID: 9789810223939
  • ISBN10: 9810223935

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