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(??): Electromagnetics (?)

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Title: Author: Lan Last modified by: Created Date: 9/12/2006 6:37:03 AM Document presentation format: – PowerPoint PPT presentation

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Title: (??): Electromagnetics (?)


1
? ? ? ?
  • ?????????? ??(?)
  • ??????????
  • ?????? ? ?
  • ???????? (??) ??? (?)
  • (??) Electromagnetics (?)
  • ???????? ???
  • ??????? ??? 3 ??
  • ???????? (??) 3 ??,(??) ??
  • ???????? ????????????

2
???? ??? ?? ???????????(UCLA)???? ??
??????????????? ??????? ??? ???? 3A06 or 610
? ?? 22840427 ext. 396 or 610
lan_at_phys.nchu.edu.tw ?? http//140.120.11.107

3
????????
  • (?)??????
  • ????????
  • ?????
  • (?)?????????
  • ??????????
  • ?????
  • ???
  • ????(Divergences Theorem)
  • Stokess Theorem

4
  • (?)????
  • ???
  • ????(Coulombs Law)
  • ????(Gausss Law)????
  • ??
  • ???????
  • ???????

5
  • (?)????
  • ???
  • Biot-Savart Law
  • ????(Amperes Law) ????
  • ??
  • ???????
  • ???????
  • ??

6
??????(?????..?)
  • lt???gt
  • David K. Cheng
  • Field and Wave Electromagnetics (2nd
    Edition)

7
??????(?????..?)
  • lt???gt
  • David J. Griffiths
  • Introduction to Electromagnetics
  • Nannapaneni Narayana Rao
  • Elements of Engineering Electromagnetics
  • Baldassare Dibartolo
  • Classical Theory of Electromagnetism
  • Paul Lorrain Dale R. Corson
  • Electromagnetic fields and waves

8
????
  • ??? 30
  • ??? 30
  • ?? 10 ? 2
  • ??? 10
  • ?? 10

9
The Electromagnetic Model
10
Work-(Kinetic) Energy Theorem
11
. Fundamental Interaction
Grand Unified Theory ? A single fundamental
interaction
12
. Dimension Analysis (????)
  • Length L
  • Mass M
  • Time T
  • Lq T? Ms q, ?, s can be positive integers,
    negative integers, or fractional powers
  •  
  • The dimensions in both sides of an equation must
    be the same

13
e.g. 3 Please find the unit of Electric field
density

14
(No Transcript)
15
e.g.2-3 Prove the back-cab rule of vector triple
product
16
(No Transcript)
17
(No Transcript)
18
(No Transcript)
19
(No Transcript)
20

21
(No Transcript)
22

23
(No Transcript)
24

25
. Divergence Theorem
26

27

28
. Stokess Theorem
29
. Null Identities
30
(No Transcript)
31
. Helmholtzs Theorem
32
(No Transcript)
33
(No Transcript)
34
??(chapter 2)
  • P.2-1 P.2-6 P.2-9 P.2-10
  • P.2-16 P.2-17 P.2-21 P.2-22
  • P.2-29 P2.31 P.2-34 P.2-35
  • P.2-39
  • Due date 10/27/2006

35
??? ? ?
  • ?? 10/27/2006 (???)
  • 910 1030 AM
  • ?? ????3A12
  • ?? ????
  • ????
  • chapter 1 2 ????
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