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- catalog contributor b1261451.
- catalog contributor b1261452.
- catalog contributor b1261453.
- catalog created "[1960]".
- catalog date "1960".
- catalog date "[1960]".
- catalog dateCopyrighted "[1960]".
- catalog description "Includes bibliographical references and index.".
- catalog description "Vector analysis -- Electrostatics -- Solution of electrostatic problems -- The electrostatic field in dielectric media -- Microscopic theory of dielectrics -- Electrostatic energy -- Electric current -- The magnetic field of steady currents -- Electromagnetic induction -- Magnetic properties of matter -- Microscopic theory of the magnetic properties of matter -- Magnetic energy -- Slowly varying currents -- Physics of plasmas -- Maxwell's equations -- Applications of Maxwell's equations -- Electrodynamics -- Appendix I : Logical definitions of mks units -- Appendix II : Other systems of units -- Appendix III : Proof that div B = 0 and curl B = [mu subscript 0]J.".
- catalog extent "387 p. :".
- catalog hasFormat "Foundations of electromagnetic theory.".
- catalog isFormatOf "Foundations of electromagnetic theory.".
- catalog isPartOf "Addison-Wesley series in physics".
- catalog issued "1960".
- catalog issued "[1960]".
- catalog language "eng".
- catalog publisher "Reading Mass., Addison-Wesley Pub. Co.".
- catalog relation "Foundations of electromagnetic theory.".
- catalog subject "537.1".
- catalog subject "Electromagnetic theory.".
- catalog subject "QC670 .R4".
- catalog tableOfContents "Vector analysis -- Electrostatics -- Solution of electrostatic problems -- The electrostatic field in dielectric media -- Microscopic theory of dielectrics -- Electrostatic energy -- Electric current -- The magnetic field of steady currents -- Electromagnetic induction -- Magnetic properties of matter -- Microscopic theory of the magnetic properties of matter -- Magnetic energy -- Slowly varying currents -- Physics of plasmas -- Maxwell's equations -- Applications of Maxwell's equations -- Electrodynamics -- Appendix I : Logical definitions of mks units -- Appendix II : Other systems of units -- Appendix III : Proof that div B = 0 and curl B = [mu subscript 0]J.".
- catalog title "Foundations of electromagnetic theory.".
- catalog type "text".