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Introduction to Electrodynamics / David J. Griffiths

By: Griffiths, David J. (David Jeffery), 1942-.
Boston : Pearson, 2013Edition: Fourth edition.Description: xviii, 596 pages Illustration 24 cm. Media type: Carrier type: volumenISBN: 9780321856562.Subject(s): Electrodynamics | ElectrodinamicaDDC classification: 537.6 /
Contents:
Vector Analysis -- Vector algebra -- Differential Calculos -- Integral Calculus -- Curvilinear Coordinates -- Electrostatics -- The Electric Field -- Potentials -- Laplaceþs Equation -- The Method of Images -- Electric Fields in Matter -- Polarization -- Magnetostatics -- The Lorentz Force Law -- The Biot -Savart Law -- Magnetic Fields in Matter -- Magnetization -- Electrodynamics -- Electromotive Force -- Marwellþs Equations -- Conservation Laws -- Electromagnetic Waves -- Waves in One Dimension -- Potentials and Fields -- The Potential Formulation -- Radiation -- Electrodynamics and Relativity -- Vector Calculus in Curvilinear Coordinates -- The Helmboltz theorem --
List(s) this item appears in: Bib. Ciencias Naturales
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Item type Current location Collection Call number Vol info Copy number Status Date due Barcode Item holds
Libros Libros Biblioteca Central
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General 537.6 / G875i (Browse shelf) Ej. 1 Available 900000002842
Libros Libros Biblioteca Central
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General 537.6 / G875i (Browse shelf) Ej. 3 Available 900000025014
Libros Libros Biblioteca Central
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General 537.6 / G875i (Browse shelf) 2013/Cuarta edición Ej. 2 Available 900000014927
Total holds: 0

Vector Analysis -- Vector algebra -- Differential Calculos -- Integral Calculus -- Curvilinear Coordinates -- Electrostatics -- The Electric Field -- Potentials -- Laplaceþs Equation -- The Method of Images -- Electric Fields in Matter -- Polarization -- Magnetostatics -- The Lorentz Force Law -- The Biot -Savart Law -- Magnetic Fields in Matter -- Magnetization -- Electrodynamics -- Electromotive Force -- Marwellþs Equations -- Conservation Laws -- Electromagnetic Waves -- Waves in One Dimension -- Potentials and Fields -- The Potential Formulation -- Radiation -- Electrodynamics and Relativity -- Vector Calculus in Curvilinear Coordinates -- The Helmboltz theorem --

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