NUST Institutions Library Catalogue

Electromagnetism : Theory and Applications / I. Ashutosh Pramanik

By: Pramanik, AshutoshContributor(s): Phillips, W. RSeries: The seriesPublisher: Delhi Wiley 2003Description: xiv, 803 p.: illus. 24 cmISBN: 8120319575; 0471322466 (pbk.)Subject(s): ElectromagnetismDDC classification: 537,PRA
Contents:
Vector Analysis (Page-1), The Electrostatics Field in Free Space (Page-35), Conductors and Insulators in Electrostatic in Electronic Field (Page-59), Energy and Mechanical Forces in Electrostatic Fields (Page-90), Methods of Solving Electrostatic Field Problems (Page-104), Approximate Methods of Solving Electrostatics Field Problems (Page-153), Steady Electric Current and Electric Field (Page-189), Magnetic Field of Study Currents in Free Space (Page-204), Magnetic Field of Study Currents in Presence of Magnetic Materials (Page-238), Methods of Solving Magneto static Field Problem (Page-263), Time – Varying Fields and Electromagnetic Induction (Page-304), Forces and Energy in the Static and Quasi- Static Magnetic Fields (Page-399), Maxwell’s Equations (Page-375), Vector Potential (Page-394), Energy Transfer in Electromagnetic Fields and Poynting Vector (Page-421), Time-Varying Field in Conductor (Magnetic Diffusion) (Page-447), Charge Relaxation (Page-508), Electromagnetic Waves (Page-526), Waveguides (Page-590), Radiation and Reception of Electromagnetic Waves (Page-636), Electromagnetism and Special Relativity (Page-674), Numerical Methods for and Computer Solutions of Electromagnetic Field Problems (Page-716).
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Item type Current location Home library Shelving location Call number URL Status Notes Date due Barcode Item holds
Book Book Military College of Signals (MCS)
Military College of Signals (MCS)
General Stacks 537,PRA (Browse shelf) Link to resource Available Almirah No.16, Shelf No.4 MCS30288
Total holds: 0

Vector Analysis (Page-1), The Electrostatics Field in Free Space (Page-35), Conductors and Insulators in Electrostatic in Electronic Field (Page-59), Energy and Mechanical Forces in Electrostatic Fields (Page-90), Methods of Solving Electrostatic Field Problems (Page-104), Approximate Methods of Solving Electrostatics Field Problems (Page-153), Steady Electric Current and Electric Field (Page-189), Magnetic Field of Study Currents in Free Space (Page-204), Magnetic Field of Study Currents in Presence of Magnetic Materials (Page-238), Methods of Solving Magneto static Field Problem (Page-263), Time – Varying Fields and Electromagnetic Induction (Page-304), Forces and Energy in the Static and Quasi- Static Magnetic Fields (Page-399), Maxwell’s Equations (Page-375), Vector Potential (Page-394), Energy Transfer in Electromagnetic Fields and Poynting Vector (Page-421), Time-Varying Field in Conductor (Magnetic Diffusion) (Page-447), Charge Relaxation (Page-508), Electromagnetic Waves (Page-526), Waveguides (Page-590), Radiation and Reception of Electromagnetic Waves (Page-636), Electromagnetism and Special Relativity (Page-674), Numerical Methods for and Computer Solutions of Electromagnetic Field Problems (Page-716).

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