Elektrodynamik
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Elektrodynamik: Theoretische Physik II

Elektrodynamik: Theoretische Physik II


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About the Book

Die Neuauflage gibt eine Einführung in die konzeptionell und mathematisch anspruchsvolle Elektrodynamik. Ausgehend von experimentellen Erkenntnissen über elektrische und magnetische Felder werden die Studierenden an die Maxwell-Gleichungen im Vakuum und in Materie herangeführt.

Table of Contents:
1 EINLEITUNG 1.1 Der Feldbegriff in der Mechanik und der Elektrodynamik 1.2 Aufbau des Buches 1.3 Gültigkeitsgrenzen der Elektrodynamik 2 HEURISTISCHE BEGRÜNDUNG DER MAXWELL-GLEICHUNGEN 2.1 Das elektrische Feld (Elektrostatik) 2.2 Das magnetische Feld (Magnetostatik) 2.3 Maxwell-Gleichungen 3 RAUM UND ZEIT 3.1 Fundamentale Wechselwirkungen 3.2 Das Relativitätsprinzip 3.3 Abstände um Raum-Zeit-Kontinuum 3.4 Die Eigenzeit 3.5 Die Lorentz-Transformation 3.6 Tensorkalkül im pseudoeuklidischen Raum 4 LADUNGEN IN ELEKTROMAGNETISCHEN FELDERN 4.1 Das Konzept der Feldtheorie 4.2 Das freie Teilchen 4.3 Das Viererpotential 4.4 Kovariante Bewegungsgleichungen 4.5 Der Anschluss an die Elektrodynamik 4.6 Eichinvarianz 4.7 Lorentz-Transformationen der Felder 4.8 Elektromagnetische Feldinvarianten 5 DIE MAXWELL-GLEICHUNGEN 5.1 Die erste Gruppe der Maxwell-Gleichungen 5.2 Die Feldwirkung 5.3 Der Vierervektor des Stroms 5.4 Die zweite Gruppe der Maxwell-Gleichungen 5.5 Die vollständigen Bewegungsgleichungen 5.6 Die Kontinuitätsgleichung 5.7 Energiedichte und Energiestrom 5.8 Resümee 6 ELEKTROSTATIK IM VAKUUM 6.1 Die Feldgleichungen der Elektrostatik 6.2 Lösung der Feldgleichungen für Punktladungen und Ladungsverteilungen 6.3 Felder verschiedener Ladungsverteilungen 6.4 Multipolentwicklung und Fernfeld einer lokalisierten Ladungsverteilung 6.5 Elektrische Energie von Ladungssystemen 6.6 Kräfte im elektrischen Feld 7 ELEKTROSTATIK IN MATERIE 7.1 Das elektrostatische Feld von Leitern 7.2 Das Potential von Leitern 7.3 Bestimmung der Green'schen Funktionen 7.4 Raumladungsfreie Probleme 7.5 Dielektrika 8 MAGNETOSTATIK 8.1 Das Biot-Savart'sche Gesetz 8.2 Magnetisches Moment 8.3 Magnetische Multipole 8.4 Magnetische Monopole 8.5 Lineare Stromschleifen 8.6 Magnetische Feldenergie 8.7 Kräfte im Magnetfeld 8.8 Magnetostatik in Materie 8.9 Magnetische Materialien 8.10 Verhalten an Grenzflächen 8.11 Klassische Theorie des Supraleiters 9 ZEITABHÄNGIGE ELEKTROMAGNETISCHE FELDER 9.1 Maxwell-Gleichungen in Materie 9.2 Materialgleichungen 9.3 Bilanzgleichungen 9.4 Rand- und Stetigkeitsbedingungen 9.5 Freie elektromagnetische Wellen 9.6 Quasistationäre Felder 9.7 Telegrafengleichung 10 AUSSTRAHLUNG ELEKTROMAGNETISCHER WELLEN 10.1 Inhomogene Wellengleichungen 10.2 Lösung der inhomogenen Wellengleichung 10.3 Klassische Dipolstrahlung 10.4 Antennen 10.5 Ausstrahlung eines zeitlich variablen mathematischen Dipols 10.6 Dipolstrahlung freier Ladungen 10.7 Nichtrelativistische Elektronen im Magnetfeld 10.8 Die klassische atomare Katastrophe 10.9 Streuung an Elektronen 10.10 Ausstrahlung einer bewegten Punktladung 10.11 Bremsstrahlung 10.12 Cerenkov-Strahlung 11 OPTIK 11.1 Kirchhoff'sche Wellenformel 11.2 Fraunhofer'sche Beugung 11.3 Geometrische Optik

About the Author :
Peter Reineker ist Professor für Physik an der Universität Ulm. Michael Schulz ist außerplanmäßiger Professor an der Universität Ulm und Geschäftsführer der Indalyz Monitoring & Prognostics GmbH. Beatrix M. Schulz ist Wissenschaftlerin bei der Indalyz Monitoring & Prognostics GmbH. Reinhold Walser ist Professor für Physik an der Technischen Universität Darmstadt.


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Product Details
  • ISBN-13: 9783527413911
  • Publisher: Wiley-VCH Verlag GmbH
  • Publisher Imprint: Blackwell Verlag GmbH
  • Height: 244 mm
  • No of Pages: 480
  • Returnable: N
  • Sub Title: Theoretische Physik II
  • Width: 170 mm
  • ISBN-10: 352741391X
  • Publisher Date: 07 Sep 2022
  • Binding: Paperback
  • Language: German
  • Returnable: N
  • Spine Width: 24 mm
  • Weight: 907 gr


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