EMFT: TIME VARYING FIELDS (English)

   Saturday, September 09, 2023   

Starting a new Lecture Notes Series on EMFT: TIME VARYING FIELDS

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Lecture Description of this above Topic:

Lecture 1: 4.1 TIME VARYING FIELDS and MAXWELL'S EQUATION

Lecture 2: 4.2 DISPLACEMENT CURRENT DENSITY & Maxwell's Equation for I.E.S./G.A.T.E.

Lecture 3: 4.3 RETARDED POTENTIALS in time varying fields for I.E.S./G.A.T.E.

Lecture 4: 4.4 WAVE PROPAGATION IN LOSSY DIELECTRICS for I.E.S./G.A.T.E.

Lecture 5: 4.5 INTRINSIC IMPEDANCE (Relation between time varying fields in EM wave) for I.E.S./G.A.T.E

Lecture 6: 4.6 LOSS TANGENT (Lossy Dielectric in Wave Propagation)I.E.S./G.A.T.E.

Lecture 7: 4.7 WAVE PROPAGATION IN LOSSLESS DIELECTRIC & FREE SPACE

Lecture 8: 4.8 WAVE PROPAGATION IN GOOD CONDUCTOR & SKIN EFFECT

Lecture 9: 4.9 WAVE POWER & THE POYNTING THEOREM for I.E.S./G.A.T.E.

Lecture 10: 4.10 POLARIZATION OF THE WAVE for I.E.S./G.A.T.E.

Lecture 11: 4.11 EFFECT OF PHASE IN POLARIZATION OF WAVE for I.E.S./G.A.T.E.

Lecture 12: 4.12 CIRCULAR POLARIZATION for I.E.S./G.A.T.E.

Lecture 13: 4.13 E.M.F.T. NUMERICAL-PART-1 (UNIFORM PLANE WAVE)

Lecture 14: 4.14 E.M.F.T. NUMERICAL-PART-2 (UNIFORM PLANE WAVE)

Lecture 15: 4.15 PLANE WAVE REFLECTION AT NORMAL INCIDENCE

Lecture 16: 4.16 STANDING WAVE RATIO for I.E.S./G.A.T.E.

Lecture 17: 4.17 WAVE REFLECTION FROM MULTIPLE INTERFACES for I.E.S./G.A.T.E.

Lecture 18: 4.18 INTRODUCTION OF OBLIQUE INCIDENCE & SERIES OF PHASE FRONTS for I.E.S./G.A.T.E.

Lecture 19: 4.19 PLANE WAVE REFLECTION AT OBLIQUE INCIDENCE for I.E.S./G.A.T.E..

Lecture 20: 4.20 TOTAL REFLECTION & TOTAL TRANSMISSION OF OBLIQUE INCIDENT WAVE for I.E.S./G.A.T.E.