國立中山大學电磁学

課程進度 下載
97學年下
01 Oblique incidence at a plane dielectric boundary
256K/384K
256K/384K
256K/384K
02 Transverse Electromagnetic Wave along a Parallel-Plate Transmission Line256K/384K
03 lossy parallel plate transmission line256K/384K
04 Transverse electromagnetic wave along a parallel plate transmission line256K/384K
256K/384K
05 General Transmission-Line Equations256K/384K
06 Transmission line parameters256K/384K
07 Attenuation constant from power relation256K/384K
08 Transmission lines as a circuit element256K/384K
09 Open-circuit termination256K/384K
10 Let us the imput impedance of a lossy line with a short circuit termination256K/384K
11
Lines with resistive termination
256K/384K
256K/384K
12 Transmission line circuit256K/384K
98學年上
13 Transients on Transmission Lines256K/384K
256K/384K
14 Differeutial Calculus256K/384K
15 Divergence256K/384K
16 Product rules256K/384K
17 Curl256K/384K
18 Integral Calculus256K/384K
19 Seconcl derivatives256K/384K
20 Divergence256K/384K
21 Integral256K/384K
22 Divergence theorem256K/384K
23 Orthogonal curvilinear coordlinate256K/384K
24 Relation among the fundamental theorems256K/384K
25 Laplacian256K/384K
26 Orthogonal complement coordinates256K/384K
27 The Dirac Delta function256K/384K
256K/384K
28 The Theory of vector fields256K/384K
29 The Three dimensional Delta function256K/384K
30 The Helmholtz theorem256K/384K
31 Chop2 Static Electric Field256K/384K
32  The electric field intensity due to q256K/384K
33  Causss and Application256K/384K
34  Electric dipole 256K/384K
35 Electric potential256K/384K
256K/384K
36 Conductors in a static electric field256K/384K
37 Dielectrics in static electric field256K/384K
38 Potential256K/384K
39 Polaization256K/384K
40 Boundary condition for electrostatic fields256K/384K
41 Capacitors and capacitance256K/384K
42 Electrostatic shielding256K/384K
43 Solution of electrostatic poblems  256K/384K
44 Method of images  256K/384K
256K/384K
45 Boundary-value problems in Cantesion coordinates  256K/384K
256K/384K
46 Charged sphere and grounded plane  256K/384K
47 Point change and Conducting sphere  256K/384K
48 Spherical coordinates  256K/384K
49 Legendre polynomial  256K/384K
50 Steady electric currents  256K/384K
51 Electromotive force and Kirchhoffs vollage law  256K/384K
52 Steady electric currents  256K/384K
53 Equation of continuity  256K/384K
54 Power dissipation and Joules laws  256K/384K
55 Resistance calculation  256K/384K
56 Static magnetic field  256K/384K
256K/384K
57 Biot savart law  256K/384K
98學年下
58 Magnetic dipole, magnetization256K/384K
59 Magnetization and equivalent current deusities256K/384K
60 Magnetic fields intensityand relative permeability256K/384K
61 Magnetization and equivaient current density256K/384K
62 Behavior of magnetic materials256K/384K
63 B.C. for magnetic field 256K(01 /02 /03)
384K(01 /02 /03)
64 Coaxial transmission line256K/384K
65  Magnetic energy 256K(01 /02)
384K(01 /02)
66 Maguetic forces and forgues
256K(01 /02 /03)
384K(01 /02 /03)
67 Forces and forgues in terms of stored magnetic energy256K/384K
68 Time-varying fields256K/384K
69 Transformer256K/384K
70 Eddy current256K/384K
256K(01 /02)
384K(01 /02)
71 Integral form of Maxwells equations 256K(01 /02 /03)
384K(01 /02 /03)
72 The wave equation for vector potential256K/384K
73 Solutions of wave equations for potentials256K/384K
74 Phasor256K/384K
75 Time-Harmonic Electromagnetic256K/384K
76 Source - free. fields in simple medium256K/384K
77 Simple nonconducting source-free medium256K/384K
Plane EM waves256K/384K
78 256K(01 /02)
384K(01 /02)
79 Plane wave in lossy medium 256K(01 /02)
384K(01 /02)
80 Ionized gas 256K(01 /02)
384K(01 /02)
81 Flow of EM power and the poynting vector256K/384K
Instantaneous and average power deusities256K/384K
82 Normal incidence at plane dielectric boundary 256K(01 /02)
384K(01 /02)
83 Obligue incidence at a plane dielectric boundary  256K(01 /02)
384K(01 /02)
256K/384K
84 Theory and Application 256K(01 /02)
384K(01 /02)
256K/384K
85 Microstrip lines 256K/384K
256K/384K
86 Transmission line parameters256K/384K