Lecture Note | Verified: 8/19/2003 | Size: 205 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: Energy, Vectors, Electrical Engineering, Electromagnetic Theory, Electric Field, Potential Energy, Potential, Coordinate system, Density, Potential difference, Dipole Moment, Gradient, dipole
Book: Engineering Electromagnetics (6th) | Set: 9 handouts
chapter 4
Lecture Note | Verified: 11/25/2008 | Size: 1,850 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory > Electromagnetic Theory | Tags: Electrical Engineering, Electromagnetic Theory, Dielectric, Maxwell equations, electomagnetic field, Snells Law, coulombs and lorentz guage, reflection and transmission coefficients, kramers kronig, Electromagnetic fields and waves
Book: N/A | Set: N/A
Basics in electromagnetic field theory.
Lecture Note | Verified: 8/19/2003 | Size: 347 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: Electrical Engineering, Electromagnetic Theory, Force, Magnetic Forces, Torque, Inductance, Mutual inductance, Magnetic materials, Materials, Differential Current, Magnetization, Permeability, Magnetic Circuit
chapter 9
Lecture Note | Verified: 8/19/2003 | Size: 750 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: Divergence, Electrical Engineering, Electromagnetic Theory, Density, Divergence theorem, Vector Fields, Gauss’s Law, Cross Product, Coordinate Systems, Electric Flux Density, Maxwell’s First equation, Potential Field
chapter 3
Lecture Note | Verified: 8/19/2003 | Size: 228 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: unit vector, Vectors, Electrical Engineering, Electromagnetic Theory, Scalars, Cartesian coordinate system, Vector Fields, Scalar Fields, Dot Product, Vector components, Cross Product, Vector Analysis, Vector Algebra
chapter 1
Lecture Note | Verified: 8/19/2003 | Size: 110 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: Vector, Electrical Engineering, Electromagnetic Theory, Coulomb’s Law, Electric Field, Density, Coordinate Systems, Observation position, Source position
Book: Engineering Electromagnetics (6th) | Set: 1 lecture note
notes on r and r'
Lecture Note | Verified: 11/24/2008 | Size: 88 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory > Electromagnetic Theory | Tags: Electrical Engineering, Electromagnetic Theory, Poynting vector, Communications, Hertizian dipole, far zone fields, Communication Engineering
Lecture Note | Verified: 8/19/2003 | Size: 341 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: Electrical Engineering, Electromagnetic Theory, Coulomb’s Law, Electric Field, Electrostatic, Line Charge, Power Plants
chapter 2
Lecture Note | Verified: 8/19/2003 | Size: 316 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: Electrical Engineering, Electromagnetic Theory, Sphere, potential function, Uniqueness Theorem, Poisson’s Equation, Laplace Equations
chapter 7
Lecture Note | Verified: 8/19/2003 | Size: 837 kb | Comments:
Category: Electrical Engineering > Electromagnetic Theory | Tags: Electrical Engineering, Electromagnetic Theory, Conductors, Capacitance, Dielectrics, Current, Current density, Semiconductors, Solid Materials, Metallic Conductors, Method of Images, Coil Modeling, Parameter Computation
chapter 5
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