Electromagnetism 2nd Edition by I. S. Grant; W. R. Phillips – Ebook PDF Instant Download/Delivery: 111872335X, 9781118723357
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Electromagnetism 2nd Table of contents:
CHAPTER 1: Force and energy in electrostatics
1.1 ELECTRIC CHARGE
1.2 THE ELECTRIC FIELD
1.3 ELECTRIC FIELDS IN MATTER
1.4 GAUSS’ LAW
1.5 ELECTROSTATIC ENERGY
PROBLEMS 1
CHAPTER 2: Dielectrics
2.1 POLARIZATION
2.2 RELATIVE PERMITTIVITY AND ELECTRIC SUSCEPTIBILITY
2.3 MACROSCOPIC FIELDS IN DIELECTRICS
2.4 ENERGY IN THE PRESENCE OF DIELECTRICS
PROBLEMS 2
CHAPTER 3: Electrostatic field calculations
3.1 POISSON’S EQUATION AND LAPLACE’S EQUATION
3.2 BOUNDARIES BETWEEN DIFFERENT REGIONS
3.3 BOUNDARY CONDITIONS AND FIELD PATTERNS
3.4 ELECTROSTATIC LENSES
3.5 NUMERICAL SOLUTIONS OF POISSON’S EQUATION
3.6 SUMMARY OF ELECTROSTATICS
PROBLEMS 3
CHAPTER 4: Steady currents and magnetic fields
4.1 ELECTROMOTIVE FORCE AND CONDUCTION
4.2 THE MAGNETIC FIELD
4.3 THE MAGNETIC DIPOLE
4.4 AMPÈRE’S LAW
4.5 THE DIFFERENTIAL FORM OF AMPÈRE’S LAW
4.6 FORCES AND TORQUES ON COILS
4.7 THE MOTION OF CHARGED PARTICLES IN ELECTRIC AND MAGNETIC FIELDS
PROBLEMS 4
CHAPTER 5: Magnetic materials
5.1 MAGNETIZATION
5.2 THE MACROSCOPIC MAGNETIC FIELD INSIDE MEDIA
5.3 THE FIELD VECTOR H
5.4 MAGNETS
5.5 SUMMARY OF MAGNETOSTATICS
PROBLEMS 5
CHAPTER 6: Electromagnetic induction and magnetic energy
6.1 ELECTROMAGNETIC INDUCTION
6.2 SELF-INDUCTANCE AND MUTUAL INDUCTANCE
6.3 ENERGY AND FORCES IN MAGNETIC FIELDS
6.4 THE MEASUREMENT OF MAGNETIC FIELDS AND SUSCEPTIBILITIES
PROBLEMS 6
CHAPTER 7: Alternating currents and transients
7.1 ALTERNATING CURRENT GENERATORS
7.2 AMPLITUDE, PHASE AND PERIOD
7.3 RESISTANCE, CAPACITANCE AND INDUCTANCE IN A.C. CIRCUITS
7.4 THE PHASOR DIAGRAM AND COMPLEX IMPEDANCE
7.5 POWER IN A.C. CIRCUITS
7.6 RESONANCE
7.7 TRANSIENTS
PROBLEMS 7
CHAPTER 8: Linear circuits
8.1 NETWORKS
8.2 AUDIO-FREQUENCY BRIDGES
8.3 IMPEDANCE AND ADMITTANCE
8.4 FILTERS
8.5 TRANSFORMERS
PROBLEMS 8
CHAPTER 9: Transmission lines
9.1 PROPAGATION OF SIGNALS IN A LOSSLESS TRANSMISSION LINE
9.2 PRACTICAL TYPES OF TRANSMISSION LINE
9.3 REFLECTIONS
9.4 THE INPUT IMPEDANCE OF A MISMATCHED LINE
9.5 LOSSY LINES
PROBLEMS 9
CHAPTER 10: Maxwell’s equations
10.1 THE EQUATION OF CONTINUITY
10.2 DISPLACEMENT CURRENT
10.3 MAXWELL’S EQUATIONS
10.4 ELECTROMAGNETIC RADIATION
10.5 THE MICROSCOPIC FIELD EQUATIONS
PROBLEMS 10
CHAPTER 11: Electromagnetic waves
11.1 ELECTROMAGNETIC WAVES IN FREE SPACE
11.2 PLANE WAVES AND POLARIZATION
11.3 DISPERSION
11.4 ENERGY IN ELECTROMAGNETIC WAVES
11.5 THE ABSORPTION OF PLANE WAVES IN CONDUCTORS AND THE SKIN EFFECT
11.6 THE REFLECTION AND TRANSMISSION OF ELECTROMAGNETIC WAVES
11.7 ELECTROMAGNETIC WAVES AND PHOTONS
PROBLEMS 11
CHAPTER 12: Waveguides
12.1 THE PROPAGATION OF WAVES BETWEEN CONDUCTING PLATES
12.2 RECTANGULAR WAVEGUIDES
12.3 CAVITIES
PROBLEMS 12
CHAPTER 13: The generation of electromagnetic waves
13.1 THE RETARDED POTENTIALS
13.2 THE HERTZIAN DIPOLE
13.3 ANTENNAS
PROBLEMS 13
CHAPTER 14: Electromagnetism and special relativity
14.1 INTRODUCTORY REMARKS
14.2 THE LORENTZ TRANSFORMATION
14.3 CHARGES AND FIELDS AS SEEN BY DIFFERENT OBSERVERS
14.4 FOUR-VECTORS
14.5 MAXWELL’S EQUATIONS IN FOUR-VECTOR FORM
14.6 TRANSFORMATION OF THE FIELDS
14.7 MAGNETISM AS A RELATIVISTIC PHENOMENON
14.8 RETARDED POTENTIALS FROM THE RELATIVISTIC STANDPOINT
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