• RecordNumber
    52158
  • LC Class
    QC
  • LC Number
    611
  • LC CutterNumber
    .R94
  • LC Date
    2015
  • Author

    Rudan, Massimo

  • Corp. Body
    author
  • Title

    Physics of semiconductor devices

  • Author Statement
    Massimo Rudan
  • Publication
    new york springer
  • Publication Year
    2015
  • Collation
    xxiii, 649 p. : ill. ; 24 cm.
  • Notes
    This volume originates from lectures of Solid-State Electronics an​d Microelectronics that have been given since 1978 at the School of Engineering of the University of Bologna. Its scope is to provide the elementary principles of classical mechanics an​d electromagnetism, introduce the concepts of quantum mechanics an​d solid-state theory, an​d decribe the basic physics of semiconductors including the hierarchy of transport models, an​d ending up with the stan​dard mathematical model of semicoductor devices an​d the analysis of the ehavior of basic devices--Preface, page vii. , Includes bibliographical references
  • Contents
    A review of analytical mechanics an​d electromagnetism. Analytical mechanics -- Coordinate transformations an​d invariance properties -- Applications of the concepts of analytical mechanics -- Electromagnetism --Applications of the concepts of electromagnetism. Introductory concepts to statistical an​d quantum mechanics. Classical distribution function an​d transport equation --From classical mechanics to quantum mechanics -- Time-independent Schr�odinger equation -- Time-dependent Schr�odinger equation -- General methods of quantum mechanics. Applications of the Schr�odinger equation. Elementary case -- Cases related to the linear harmonic oscillator -- Other examples of the Schr�odinger equation -- Time-dependent perturbation theory. Systems of interacting particles--Quantum statistics. Many-particle systems -- Separation of many-particle systems. Applications to semiconducting crystals. Periodic structures -- Electrons an​d holes in semiconductors at equilibrium. Transport phenomena in semiconductors. Mathematical model of semiconductor devices -- Generation-recombination an​d mobility. Basic semiconductor devices. Bipolar devices -- MOS devices. Miscellany. Thermal diffusion -- Thermal oxidation--Layer deposition -- Measuring the semiconductor parameters.
  • Subject

    Semiconductors , Quantum theory , Solid state electronics , Quantum theory , Semiconductors , Solid state electronics , Halbleiter , Halbleiterphysik

  • ADDED ENTRIES
    TI
  • وارد كنندة اطلاعات
    rahimi
  • Biblography
    Includes bibliographical references
  • تاريخ ورود اطلاعات
    1395/11/20
    • Link To Document
    https://library.iut.ac.ir/dl/search/default.aspx?Term=52158&Field=0&DTC=100