2008 A T1G ( ) T1G I ,5 52 T1G ( ) T1G ( ) T1G T1G ( )
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- あいり はかまや
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1 2008 A 2008 A syll mksyltex Ver 2.12( ) by Yas T1G ,4 5 T1G , ,3 T1G ( ) T1G ( ) T1G ( ) T1G ( ) T1G I T1G ( ) T1G ( ) ,3 13 T1G ( ) T1G ( ) T1G ( ) ( ) 16 T1G ( ) ( ) 17 T1G ( ) T1G I T1G T1G ( ) T1G ( ) T1G ( ) T1G ( ) ,3 25 T1G ( ) ,3 26 T1G ( ) ( ) 27 T1G T1G ,4 30 T1G ( ) ,4 ( ) 31 T1G I ( ) T1G I ( ) T1G I ( ) T1G I ( ) T1G ( ) T1G ( ) T1G ( ) T1G II T1G ( ) 42 T1G ( ) T1G ( ) T1G ( ) T1G ( ) T1G ( ) T1G Fri Sep 25 17:21:
2 2008 A T1G ( ) T1G I ,5 52 T1G ( ) T1G ( ) T1G T1G ( ) T1G ( ) T1G T1G ( ) ,4 59 T1G I ( ) T1G ( ) 61 T1G I ( ) T1G II T1G I ( ) T1G I ( ) T1G ( ) T1G II ( ) T1G II ( ) T1G T1Z I ( ) 71 T1G II ( ) T1G () T1G T1G II ( ) T1G II ( ) T1G ( ) 77 T1G T1G T1G T1G T1Z ( ) 83 T1G T1G T1G T1G ( ) T1G T1G T1G ,5 90 T1G T1G ,2 93 T1G I ( ) Fri Sep 25 17:21:
3 2008 A T1G II ,4,5 96 T1G I ,4,5 97 T1G T1G T1G II ( ) T1G () T1G ( ) T1G ( ) T1G T1G T1G T1G T1G T1G T1G ( ) 112 T1G T1G T1G T1G T1G ( I) T1G ( ) T1G ( ) 120 T1G ( ) 120 T1G T1G T1G T1G ,5 125 T1G ,5 127 T1G III ,4,5 128 T1G II ,4,5 129 T1G T1G T1G T1G ,5 133 T1G ,5 135 T1G T1G (Parker Rodney) 137 T1G T1G ( ) 140 T1G ( II) T1G ( ) Fri Sep 25 17:21:
4 2008 A T1G ( ) 143 T1G T1G T1G ( ) 146 T1G T1G T1G T1G T1G ( ) 151 T1G T1G ,5 ( ) 153 1,3 T1G ( ) 153 T1G T1H T1Z T1G ( ) 156 T1G ,5 ( ) 157 1,3 T1G ,4 ( ) 158 T1G ,4 ( ) Fri Sep 25 17:21:
5 2008 A : : Exercises in Fluid Mechanics :, : 2.0 : 2 1 2,4 : T1G : T1G : F20 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 90 [],, ; 2 [] [ ] 1 (C-1) 2 (C-1) 3 (C-1) 4 (C-1) [ ] , 2, 3, 4, 5, 25,25 % 6, ,25 % 9, 10, % % 3., Fri Sep 25 17:21:
![T1G:T1G5: T1K5: T1KB: [ ] [] 90 [],, ; 2 [] [ ] 1 (C-1) 2 (C-1) 3 (C-1) 4](/docs-images/42/23101485/images/page_5.jpg "(C-1) [ ] 1. 2.")
6 2008 A =rot ( ) ,,, 14., 15. [ ] [ ] ;3 [ ] [] I II : : Exercise in Mechanics of Materials : : 2.0 : 2 3 1,3 / 2 4 1,3 : T1G : , T1G : F20 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 100 [] 2 [] [ ] 1 C- 2 C- 3 C- 4 C- [ ] % % % % 6 Fri Sep 25 17:21:
7 2008 A 1. I 2. II BMD (SFD) 6. I 7. II 8. I 9. II 10. I 11. II 12. I 13. II [ ] [ ] [ ] [] I II [] I II : ( ) : Applied Mathematics : : 2.0 : 2 1 : T1G : T1G : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] [] 80 [],, ; [] [ ] 1 (D-3) (F-3) 1, 2, 3, 4, 5 50 % 2 (D-3) (F-3) 8, 9, 10, 11, 12, % [ ] 7 Fri Sep 25 17:21:
![0 : 2 1 : T1G111001 : 17 213 T1G111001 2007 : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] []](/docs-images/42/23101485/images/page_7.jpg "80 [],, ; 2 3 4 [] [ ] 1 (D-3) (F-3) 1, 2, 3, 4, 5 50 % 2 (D-3) (F-3) 8, 9, 10, 11, 12, 13 50")
8 2008 A [ ] [ ] [ ] [] I I II II : ( ) : Analytical Dynamics : : 2.0 : 2 3 : T1G : T1G : F10 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] BI 1 BII 2 [] [ ] 1 2 8, 9, 10, 11, 12, 13 1, 2, 3, 4, 5 33 % 67 % 8 Fri Sep 25 17:21:
9 2008 A [ ] II 3. I 4. II I 9. II II 15. [ ] [ ] [ ] [] BI 1 BII 2 [] BI 1 BII 2 : ( ) : Analytical Dynamics : : 2.0 : 2 3 : T1G : T1G : F10 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 80 [] [ ] 1 40 % % % [ ] Fri Sep 25 17:21:
10 2008 A Liouville [ ] [ ] [ ] [] EI [] IB : ( ) : Applied Mathematics : : 2.0 : 2 4 : T1G : T1G : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] [] [],, ; [] [ ] 1 (D-3) (F-3) 50 % 2 (D-3) (F-3) [ ] 1. Fourier 2. Fourier Fourier 3. Fourier Fourier 4. Fourier 5. Fourier % 10 Fri Sep 25 17:21:
![0 : 2 4 : T1G111002 : 17 213 T1G111002 2007 : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] []](/docs-images/42/23101485/images/page_10.jpg "[],, ; 2 3 4 [] [ ] 1 (D-3) (F-3) 50 % 2 (D-3) (F-3) [ ] 1. Fourier 2. Fourier Fourier 3.")
11 2008 A 9. grad 10. div 11. rot [ ] [ ] div,grad,rot, One Point ( ) ; ISBN: X ; (1993/09) ( ) ; ISBN: ; (1994/03) (1) ( ) ; ISBN: ; 1 (1973/01) ( ), ( ) ; ISBN: ; (1973/01) ( ), ( ), George B. Arfken ( ), Hans J. Weber ( ), ( ), ( ), ( ) ; ISBN: ; Vol.1 (1999/11) ( ), ( ), George B. Arfken ( ), Hans J. Weber ( ), ( ), ( ), ( ) ; ISBN: ; 4 Vol.4 (2002/10) ( ), ( ) ; ISBN: ; (1987/03) [ ] [] I I II II : I : Fluid Mechanics I : : 2.0 : 2 4 : T1G : T1G : F10 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 100 [],, ; 2 [] [ ] 1 (B-3) 2 (B-3) 3 (B-3) 4 (B-3) 1, 2, 3, 4 20,20 % 5, 6, 7 25,25 % 8, 9, % 11, 12, 13, % 11 Fri Sep 25 17:21:
12 2008 A [ ], 1., = [ ] [ ] [ ] [] II, [] : ( ) : Electromagnetic Theory 2 : : 2.0 : 2 5 : T1G : T1G : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [] 100 [] ; 2 3 [] [ ] % 4 [ ] 20 % 40 % 13, % 12 Fri Sep 25 17:21:
13 2008 A [ ] [ ] [ ] ,2 4, [] 1 3 [] CII 2 [ ] II : ( ) : Exercise in Electromagnetic Theory 1 :, : 1.0 : 2 1 1,3 : T1G : T1G : E10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] 90 [] 1 [] 13 Fri Sep 25 17:21:
14 2008 A [ ] 1 (D-2)(D-3)(E-1), (B-1)(F-1) 2 (D-2)(D-3)(E-1), (B-1)(F-1) 3 (D-2)(D-3)(E-1), (B-1)(F-1) 4 (D-2)(D-3)(E-1), (B-1)(F-1) [ ] , 2 20 % 3, 4 30 % 5, 6 30 % 7 20 % [ ] [ ] [ ] [] 1, 1, 2, 2 [ ] 1 CI 1 : ( ) : Exercise in Electromagnetic Theory 1 : : 1.0 : 2 2 : T1G : T1G : E10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] 20 [] 1 [] 14 Fri Sep 25 17:21:
![1, 2 20 % 3, 4 30 % 5, 6 30 % 7 20 % [ ] [ ] [ ] 100 60 [] 1, 1, 2, 2 [ ] 1 CI 1 : ( ) : Exercise in](/docs-images/42/23101485/images/page_14.jpg "Electromagnetic Theory 1 : : 1.")
15 2008 A [ ] 1 (D-2)(D-3)(E-1), (B-1)(F-1) 2 (D-2)(D-3)(E-1), (B-1)(F-1) 3 (D-2)(D-3)(E-1), (B-1)(F-1) 4 (D-2)(D-3)(E-1), (B-1)(F-1) [ ] , 2 20 % 3, 4 30 % 5, 6 30 % 7 20 % [ ] [ ] [ ] [] 1, 1, 2, 2 [ ] 1 CI 1 : ( ) : Seminar on Differential Equation :, : 2.0 : 2 4 : T1G : T1G : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [] [ ] 1 (B-1) 2, 3, 4, 5, 6, 7, 8, 9, 11, 12, 13, % 2 (B-1) 1, % [ ] Fri Sep 25 17:21:
![1, 2 20 % 3, 4 30 % 5, 6 30 % 7 20 % [ ] [ ] [ ] 100 60 [] 1, 1, 2, 2 [ ] 1 CI 1 : ( ) : Seminar on Differential Equation](/docs-images/42/23101485/images/page_15.jpg ":, : 2.")
16 2008 A , [ ] [ ] [] [] [ ] (B) : ( ) : Seminar on Differential Equation : ( ) : 2.0 : 2 4 : T1G : T1G : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [ ] 16 Fri Sep 25 17:21:
17 2008 A [ ] [ ] [] : ( ) : Seminar on Complex Analysis : ( ) : 2.0 : 2 5 : T1G : T1G : E20 T1G:T1G4: T1G5: T1K5: T1KA: T1KB: [ ] [] [ ] [ ] Fri Sep 25 17:21:
18 2008 A [ ] [] : ( ) : Seminar on Complex Analysis : : 2.0 : 2 5 : T1G : T1G : E20 T1G:T1G4: T1G5: T1K5: T1KA: T1KB: [ ] [] [ ] 1 (D-1) 2 (D-1) 3 (D-1) 4 (D-1) 5 (D-3) [ ] 1, 2 25 % 3, 4, 5, 6 25 % 8, 9, 10, % 11, % % () Fri Sep 25 17:21:
![] [] [ ] 1 (D-1) 2 (D-1) 3 (D-1) 4 (D-1) 5 (D-3) [ ] 1, 2 25 % 3, 4, 5, 6 25 % 8, 9,](/docs-images/42/23101485/images/page_18.jpg "10, 13 25 % 11, 12 15 % 14 10 % 1. 2. 3. () 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 18 Fri Sep 25 17:21:40 2009")
19 2008 A [ ] [ ] (30 ) (70 ) [] [] ( ) [ ] (D) : I : Mechanics of Materials I : : 2.0 : 2 2 : T1G : T1G : F10 T1G4:T1KA: F30 T1L: F36 T1G: T1G5: T1K5: T1KB: [ ] [] 100 [], ; 2 [] [ ] 1 (B-3) 10 % 2 (B-3) 35 % 3 (B-3) 55 % [ ] Fri Sep 25 17:21:
20 2008 A [ ] [ ] [ ] [] [] [ ] : : Machine Kinematics : : 2.0 : 2 4 : T1G : T1G : F20 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 80 [] ; [] [ ] 1 B-3 2 B-3 D-1 3, B-3 D-1 [ ] % % 70 % 20 Fri Sep 25 17:21:
21 2008 A [ ] [ ] [ ] [] BI 1 BI 1 BII 2 BII 2 [] BI 1 BI 1 BII 2 BII 2 [ ] (B) B-3 (D) D-1 : ( ) : Electromagnetic Theory 2 : : 2.0 : 2 5 : T1G : T1G Fri Sep 25 17:21:
22 2008 A 2007 : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [] 100 [] ; 2 3 [] [ ] 1 (D-2)(D- 3)(E-1), (B-1)(F-1) 2 (D-2)(D-3)(E-1), (B-1)(F-1) 3 (D-2)(D-3)(E-1), (B-1)(F-1) 4 (D-2)(D-3)(E-1), (B-1)(F-1) [ ] 1, 2, 3 4, 5, 6, 7 20 % 40 % 8, 9, 10, 11, % 13, % [ ] [ ] [ ] ,2 4, [] 1 CII Fri Sep 25 17:21:
23 2008 A [ ] II (D-2)(D-3)(E-1), (B-1)(F-1) : ( ) : Electromagnetic Theory 1 : : 2.0 : 2 5 : T1G : T1G : E10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] 90 [] 1 [] [ ] 1 (D-2)(D-3)(E-1), (B-1)(F-1) 2 (D-2)(D-3)(E-1), (B-1)(F-1) 3 (D-2)(D-3)(E-1), (B-1)(F-1) 4 (D-2)(D-3)(E-1), (B-1)(F-1) [ ] 1, 2, 3 20 % 4, 5, 6, 7 40 % 8, 9, 10, 11, % 13, % Fri Sep 25 17:21:
24 2008 A [ ] [ ] [ ] [] 1 [ ] I : ( ) : Electromagnetic Theory 1 : : 2.0 : 2 1 : T1G : T1G : E10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] 20 [] 1 [] [ ] 1 (D-2)(D-3)(E-1), (B-1)(F-1) 2 (D-2)(D-3)(E-1), (B-1)(F-1) 3 (D-2)(D-3)(E-1), (B-1)(F-1) 4 (D-2)(D-3)(E-1), (B-1)(F-1) [ ] 1, 2, 3 20 % 4, 5, 6, 7 40 % 8, 9, 10, 11, % 13, % Fri Sep 25 17:21:
25 2008 A [ ] [ ] [ ] [] 1 [ ] I : ( ) : Exercise in Electromagnetic Theory 2 :, : 1.0 : 2 1 1,3 : T1G : T1G : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [] 100 [] [] [ ] , 2 20 % 2 3, 4 30 % 3 5, 6 30 % 4 [ ] , 7 20 % 25 Fri Sep 25 17:21:
26 2008 A [ ] [ ] [ ] [ ] 2 CII 2 : ( ) : Exercise in Electromagnetic Theory 2 : : 1.0 : 2 1 1,3 : T1G : T1G : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [] 100 [] [] [ ] (D-2)(D- 3)(E-1), (B-1)(F-1) 2 (D-2)(D-3)(E-1), (B-1)(F-1) 3 (D-2)(D- 3)(E-1), (B-1)(F-1) 4 (D-2)(D-3)(E-1), (B-1)(F-1) [ ] , 2 20 % 3, 4 30 % 5, 6 30 % 6, 7 20 % [ ] [ ] [ ] Fri Sep 25 17:21:
27 2008 A [ ] 2 CII 2 (D-2)(D-3)(E-1), (B-1)(F-1) : ( ) : Statistical Dynamics : ( ) : 2.0 : 2 1 : T1G : T1G : E20 T1G5: T1KB: E30 T1G:T1G4: T1K5: T1KA: [ ] [] 100 [] ; 2 [] 1 [ ] 1 (D-2)(D-3) % 2 (D-2) (D-3) % 3 (D-2) (D-3) 9, % [ ] Jou1e 4. 2 I Kelvin Clausius 2 Carnot,Carnot 5. 2 II Clausius 6. Helmholts Gibbs Maxwell Joule-Thomson 7. I ( ) II 10. I, () 27 Fri Sep 25 17:21:
28 2008 A 11. II (Bose Fermi ) Fermi-Dirac Bose-Einstein ( ) 15. [ ] [ ] ;,, ;, I,II,,,, ;,, ;, [ ] 70% 30% 1,2 60% 30% 3 (10%) [] [] [ ] I (D-2)(D-3) : : Thermal Dynamics : : 2.0 : 2 1 : T1G : T1G : E10 T1G4:T1KA: E30 T1G:T1G5: T1K5: T1KB: [ ] [] 100 [],, [] 1 28 Fri Sep 25 17:21:
29 2008 A [ ] 1 1 1, 2 20 % , 9, % 4, 5, 6, 7 20 % 10, % 12, % 13, % [ ] [ ] 1 [ ] [ ] 50% 50% 100 [] [ ] I 29 Fri Sep 25 17:21:
30 2008 A : : Exercise in Thermal Dynamics : : 1.0 : 2 2 2,4 : T1G : T1G : E10 T1G4:T1KA: E30 T1G:T1G5: T1K5: T1KB: [ ] [] 100 [],, [] [ ] % % % , 5 20 % 6 20 % 7 10 % [ ] [ ] [ ] [ ] (35% (65% 60 [] [ ] I 30 Fri Sep 25 17:21:
31 2008 A : ( ) : Exercise in Statistical Dynamics : ( ) : 1.0 : 2 2 2,4 : T1G : T1G : E20 T1G5: T1KB: E30 T1G:T1G4: T1K5: T1KA: [ ] [] 100 [] ; 2 ( ) [] [ ] 1 (D-2)(D-3) % 2 (D-2) (D-3) 1, 5, 6 50 % 3 (D-2) (D-3) [ ] 7 10 % I 6. II 7. [ ] [ ] [ ] [] [] [ ] I (D-2)(D-3) : I ( ) : Electric Circuit Theory I : : 2.0 : 2 3 : T1G : T1G Fri Sep 25 17:21:
32 2008 A 2007 : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: F36 T1E: T1J: T1J1: T1J2: [ ] [] 90 [] ; 2 [],, [ ] I 1 ( F-1) 1, 3, 20 % 2, ( F-1) 3,, - Y- ( F-1) 4, ( F-1) 5 ( F-1) 1, 2, 10, 11, 25 % 12, 13, % 4, 7, 8, 9, 10, 11, 20 % 5, 6, 15 % [ ] 1. () ( ) 4. ( ) ( ) Fri Sep 25 17:21:
33 2008 A 15. [ ],,,,,,,,,,, [ ] [ ] [], [] [ ] (F), : I ( ) : Electric Circuit Theory I : : 2.0 : 2 3 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: F36 T1E: T1J: T1J1: T1J2: [ ] [] 90 [],, ; 2 [],, [ ], I 1 ( E-2) 2, 3, 11, 20 % 2, ( E-2) 3,, - Y- ( E-2) 4, ( E-2) 5 ( E-2) 1, 4, 5, 25 % 6, 7, 15 % 8, 9, 12, 13, % 10, % [ ],, ( ) 33 Fri Sep 25 17:21:
34 2008 A ) Y 11. RLC [ ],,,,,,,,,,, [ ],,,, Basic Circuit Theory Charles A. Desoer & Ernest S. Kuh McGraw-Hill [ ] [], [] [ ] (E), : I ( ) : Exercise of Electric Circuit Theory I : : 2.0 : 2 4 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: [ ] [] 90 [],, ; 2 34 Fri Sep 25 17:21:
35 2008 A [],,, [ ] I, 1 ( E-2) 2, ( E-2) 3,, - Y- ( E-2) 4, ( E-2) 5, ( E-2) 2, 3, 11, 20 % 1, 4, 5, 25 % 6, 7, 15 % 8, 9, 12, 13, % 10, % [ ] I,,, 1.,, 2., ) (, 5., ,, 9., Y-,, 11. RLC RLC,,,,, Q f 12., 13. Y Z 14. Y Z 15. [ ],,,,,,,,,,, [ ],,,, Basic Circuit Theory Charles A. Desoer & Ernest S. Kuh McGraw-Hill [ ], I, I I, I,, I [], 35 Fri Sep 25 17:21:
36 2008 A [] I [ ] (E), : I ( ) : Exercise of Electric Circuit Theory I : : 2.0 : 2 4 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: [ ] [] 90 [] ; 2 [],,, [ ] I. 1 ( F-1) 2, ( F-1) 3,, - Y- ( F-1) 4, ( F-1) 5, ( F-1) 1, 3, 20 % 1, 2, 10, 11, 25 % 12, 13, % 4, 7, 8, 9, 10, 11, 20 % 5, 6, 15 % [ ].. 1. () ( ) 4. ( ) Fri Sep 25 17:21:
37 2008 A 10. ( ) [ ],,,,,,,,,,, [ ],,, [ ] [], []. [ ] (F), : ( ) : Computer programming : : 2.0 : 2 5 : T1G : T1G : F20 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] 100 [],, ; 2 3 [] [ ] [ ] 1, 2 20 % 3, 4 20 % 5, 6, 7, 8 20 % 9, 10, 11, % 13, % Fri Sep 25 17:21:
38 2008 A do while for [ ] C,UNIX [ ] [ ] [] [] : ( ) : Computer programming : : 2.0 : 2 5 : T1G : T1G : F20 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] 100 [],, [] UNIX C [ ] C 1 1, 2, 3, 4 15 % 2 2, 5, 6, 7 25 % 3 2, 3, 4, 5, 6, 8 30 % 4 5, 6, 9, 10, % 5 12, % [ ] e-learning 1. e-learning Fri Sep 25 17:21:
39 2008 A 3. 1) 4. 2) OS [ ] C [ ] C ISBN: Web : detail.asp?sku= [ ] (30%) (50%) (20%) [] [] [ ] e-learning e-learning : ( ) : Introduction to computer hardware : : 2.0 : 2 2 : T1G : T1G : F20 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] [] 39 Fri Sep 25 17:21:
40 2008 A [ ] 1 2 1, 2, 3 10 % 2 4, 5, 6 20 % 3 7, 8, 9 30 % 4 10,, 11, % 5 13, % [ ] (Boolean algebra) AND OR NOT [ ] [ ] [ ] [] [] [ ] (F) (B) : II : Fluid Mechanics II :, : 2.0 : 2 3 : T1G : T1G Fri Sep 25 17:21:
41 2008 A 2007 : F10 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 100 [],, ; 2 [] [ ] 1 (B-3) 1, 2, 3, 4, 20,10 % 2 (B-3) 5, 6, 7, 20,10 % 3 rot ( ), (B-3) 4, (B-3) 8, 9, 10, % 12, 13, % [ ],,,,,,,,,, rot ( ) [ ] [ ] [ ] [ ] Fri Sep 25 17:21:
42 2008 A [] I, [] I : : Law of Electric Power Supply and Elctric Powere Equipment Control : ( ) : 2.0 : 2 4 : T1G : T1G : F36 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [ ] [ ] [ ] ( [ ] : ( ) : Engineering Ethics (Electronics & Mechanical Engineering) : : 2.0 : 2 5 : T1G : T1G : E10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] 42 Fri Sep 25 17:21:
43 2008 A [] [] [ ] 1 (A-1) (G-1) (G-2) 2 (A-1) (G-2) 3 (A-2) (G-1) 4 1, 2, 3, 4 25 % 5, 6 25 % 9, 10, 11, 12, 13, % 7, 8, 9, 10, % [ ] Fri Sep 25 17:21:
44 2008 A [ ] [ ] ISBN [ ] [ ] TZ (A-1) (A-2) (G-1) (G-2) : ( ) : Engineering Ethics (Electronics & Mechanical Engineering) :, : 2.0 : 2 5 : T1G : T1G : E10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] [] [ ] 1 (G-1) (G-2) 2 (G-2) 3 (G-1) (G-2) 4 (G-1) 5 (G-1) 6 (G-2) % % % % % % 7 (G-1) % [ ] Fri Sep 25 17:21:
45 2008 A (engineering) (design) [ ] [ ] [ ] [ ] TZ (A-1) (A-2) (G-1) (G-2) : ( ) : Introduction to Materials Science : : 2.0 : 2 2 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: [ ] [] 100 [],, ; ( 3 ( ) ) 45 Fri Sep 25 17:21:
46 2008 A [] [ ] 1 E-1) % 2 (E-1) 1, % 3 (E-1) 1, % 4 (E-1) 1, % [ ] : 3. : 4. : 5. : 6. : 7. : 8. : 9. : 10. : 11. : 12. : 13. : 14. : Fri Sep 25 17:21:
47 2008 A [ ] [ ] ( C.Kittel) V R.P.Feynman) [ ] [ ] [] 1 2 EI [] EI : ( ) : Introduction to Materials Science : : 2.0 : 2 2 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: [ ] [] [ ] % % 10 % [ ] Fri Sep 25 17:21:
48 2008 A [ ] [ ] [ ] : ( ) : Introduction to Materials Science : : 2.0 : 2 2 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: [ ] [] 100 [] ( 2 ) [] [ ] 1 E-1) % 2 (E-1) % 3 (E-1) % 4 (E-1) 1, % [ ] : Fri Sep 25 17:21:
49 2008 A [ ] [ ] ( C.Kittel) V R.P.Feynman [ ] [ ] [] 1 2 EI [] EI : : Machine Elements : : 2.0 : 2 3 : T1G : T1G : F20 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 80 [] [] [ ] 1 ( B-3 D1) 2 ( B-3 D1) 3 ( B-3 D1) 4 ( B-3 D1) 5 ( B-3 D1) 6 ( B-3 D1) [ ] % % % % % % Fri Sep 25 17:21:
50 2008 A [ ] [ ] ( [ ] [] I II [] I [ ] (B) B-3 (D) D-1 : ( ) : Seminar on Partial Differential Equations : : 2.0 : 2 3 : T1G : T1G : E20 T1G:T1G4: T1G5: T1K5: T1KA: T1KB: [ ] [] 50 Fri Sep 25 17:21:
51 2008 A [ ] Laplace Poisson Fourier Laplace 1 D-1 D-3 2 D-1 D-3 1 [ ] 70 % 30 % Laplace 3. Fourier Fourier Fourier Fourier Fourier Fourier 4. Laplace Fourier Fourier Laplace d Alembert 7. Fourier Fourier 8. exp(-x^2) 9. Laplace Laplace Laplacian Bessel Poisson Green Poisson Green 13. Burgers [ ] Fourier Fourier Laplace [ ] [ ] [] ( )(p. 16 T1G001201) ( )(p. 7 T1G111001) 51 Fri Sep 25 17:21:
52 2008 A [] ( )(p. 16 T1G001201) ( )(p. 7 T1G111001) [ ] D-1 D-3 : I : Experiment of Electrical and Electronics Engineering I : : 2.0 : 2 4,5 : T1G040601, T1G : ,, , T1G : F10 T1G5: T1KB: F36 T1G4:T1KA: [ ] [] 80 [] ; [] [ ] 1 25 % 2 ) 25 % 3 25 % % [ ] RLC OS 17. OS [ ] 52 Fri Sep 25 17:21:
53 2008 A [ ] CQ [ ] [] I II [] [ ] I (A) (B) (C) (F) : ( ) : Seminar on Partial Differential Equations : : 2.0 : 2 5 : T1G : T1G : E20 T1G:T1G4: T1G5: T1K5: T1KA: T1KB: [ ] [] (1) 1 2 (2)Fourier Laplace (3) [ ] 2 1 B-1 2 B-1 1, 2 20 % 1, 4, 5, 7, 8, 9, 10, 11, 12, % 3 B-1 3, 6, % [ ] D Alembert Fourier 12. Laplace Dirichlet 15. [ ],,,,,,,, 53 Fri Sep 25 17:21:
54 2008 A [ ] ( ), ( ) Stanley J. Farlow, Partial Differential Equations for Scientists and Engineers (Dover). [ ] [] ( )(p. 15 T1G001202) ( ) [] 1 () 2 ( ) [ ] B-1 : ( ) : Electromagnetic Theory 2 : : 2.0 : 2 2 : T1G : T1G : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [] 50 [] 2 2 CII 2 3 [] [ ] [ ] 13, % 40 % 20 % 20 % 54 Fri Sep 25 17:21:
55 2008 A [ ] [ ] ISBN C [ ] [] ( )(p. 59 T1G203003) [] 1 CI 2 [ ] II : : Mechanical Processing : : 2.0 : 2 2 : T1G : T1G : F10 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] [] ; [] [ ] % % % 4 % 5 [ ] % Fri Sep 25 17:21:
56 2008 A [ ] [ ] [ ] [] [ ] (B) (D) : ( ) : Electromagnetic Theory 3 : : 2.0 : 2 2 : T1G : T1G : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] [] 90 [],, ; [] 56 Fri Sep 25 17:21:
57 2008 A [ ] 1,2 [ ] ( ) () 5. ( ) () 9. ( ) [ ], 1 : ( ) [ ] ( ) [] 3 [ ] : ( ) : Exercise in Electromagnetic Theory 3 : : 2.0 : 2 3 : T1G : T1G : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] [] 90 [],, ; [ ] [ ] [ ], 1 : ( ) [ ] ( ) [] 3 57 Fri Sep 25 17:21:
58 2008 A [ ] : : Applied Thermodynamics : : 2.0 : 2 3 : T1G : T1G : F10 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 100 [],, ; 2 3 [] [ ] 1 A-2) 2 B-3) 3 B-3) 4 B-3) [ ] 5, 6, 7, 11, 12, % 2, 3, 4 25 % 5, 6, 7 25 % 8, 9, 10, 11, 12, % Fri Sep 25 17:21:
59 2008 A [ ] [ ] [ ] [] [] : ( ) : Exercise in Electromagnetic Theory 2 : : 1.0 : 2 3 2,4 : T1G : T1G : E10 T1G5: T1KB: E20 T1G:T1G4:T1K5: T1KA: [ ] [] 50 [] 2 2 CII 2 3 [] [ ] , 2 20 % 2 3, 4 30 % 3 5, 6 30 % 4 [ ] % [ ] [ ] ISBN C [ ] Fri Sep 25 17:21:
60 2008 A [] 1 CI 2 [ ] CII 2 : I ( ) : Electric Circuit Theory I : : 2.0 : 2 4 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: F36 T1E: T1J: T1J1: T1J2: [ ] [] []?( ) [],, [ ], I 1 ( E-2) 2, 3, 11, % 2, ( E-2) 3,, - Y- ( E-2) 4, ( E-2) 5 ( E-2) 1, 4, 5, % 6, 7, % 8, 9, 12, 13, 14 % 10, 11 % [ ],, ( ) ) 60 Fri Sep 25 17:21:
61 2008 A RLC Y 15. [ ],,,,,,,,,,, [ ],,,, [ ] [], [] [ ] (E), : : High Voltage Engineering : ( ) : 2.0 : 2 5 : T1G : T1G : F36 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] [], [] [ ] [ ] Fri Sep 25 17:21:
62 2008 A [ ] [ ] [] : I ( ) : Exercise of Electric Circuit Theory I : : 2.0 : 2 5 : T1G : T1G : F10 T1G5: T1KB: F20 T1G:T1G4:T1K5: T1KA: [ ] [] 90 [],, [],,, 62 Fri Sep 25 17:21:
63 2008 A [ ] I, 1 ( E-2) 2, ( E-2) 3,, - Y- ( E-2) 4, ( E-2) 5, ( E-2), 20 %, 25 %, 15 % 20 % 20 % [ ] I,,, [ ] [] I : II : Mechanics of Materials II : : 2.0 : 2 2 : T1G : T1G : F10 T1G4:T1KA: F36 T1G:T1G5: T1K5: T1KB: [ ] [] 100 [], ; 2 [] I I [ ] [ ] % % % % % % 63 Fri Sep 25 17:21:
64 2008 A 1. I 2. II 3. III 4. I 5. II 6. I 7. II 8. III 9. I 10. II 11. III 12. I 13. II [ ] - [ ] [ ] [] 1 [] 1 [ ] : I ( ) : Introduction to Control Theory, Part I : : 2.0 : 2 2 : T1G : T1G : F10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: 64 Fri Sep 25 17:21:
65 2008 A [ ] [ ] [ ] [ ] [ ] [ ] [] I : I ( ) : Introduction to Control Theory, Part I :, : 2.0 : 2 2 : T1G : T1G : F10 T1G:T1G4:T1G5: T1K5: T1KA: T1KB: [ ] [] 90 [], [] 65 Fri Sep 25 17:21:
66 2008 A [ ] 1 1, 2, 3 20 % 2 4, 5, 6, 7 20 % 3 8, 9 20 % 4 10, % 5 12, 13, % [ ] [ ] [ ] [ ] [] [] I : ( ) : Electronic Measurement : : 2.0 : 2 3 : T1G : T1G : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] [] 100 [], ; 2 ( ) 66 Fri Sep 25 17:21:
67 2008 A [] [ ] 1 (B-2)(H-3), (B-4) 2 (B-2)(H-3), (B-4) 3 (B- 2)(H-3), (B-4) 4 (B-2)(H-3), (B-4) 1, 2, 3 4, 5, 6, 7 20 % 40 % 8, 9, 10, % 12, 13, % [ ] (1) 3. (2) [ ] AD GPIB [ ] ISBN [ ] 60% 40% 1,2 4, [] 1,2,3, I, II,, [] [ ] : II ( ) : Electric Circuit Theory II : : 2.0 : 2 4 : T1G : T1G Fri Sep 25 17:21:
68 2008 A 2007 : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] [] [], ; [] [ ] 1 (E-2) 2 (E-2) 3 (E-2,H-3) 4 (E-2) 5 (E-2) 6 (E-2,H-3) 7 (E-2) 8 (E-2,H-3) [ ] 1, 2, 3, 4, 8 15 % 1, 2, 3, 4, 8 15 % 1, 2, 3, 4, 8 15 % 1, 2, 3, 4, 8 10 % 5, 6, 7 15 % 10, 11, 12 5 % 10, 11, % 13, % Fri Sep 25 17:21:
69 2008 A II [ ] : ; ( ), [ ] II II [ ] II : II ( ) : Exercise of Electric Circuit Theory II : : 2.0 : 2 5 : T1G : T1G : F10 T1G5: T1KB: F36 T1G:T1G4:T1K5: T1KA: [ ] [] [], ; [] II [ ] II II 1 II % [ ] 1. II II II II Fri Sep 25 17:21:
70 2008 A 5. II II II II II II II II II II [ ],,, [ ] : ; ( )() [ ] II II [ ] II : : Internship : : 2.0 : 3 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [] [] [ ] 1 30 % % 3 20 % 4 40 % 5 10 % [ ] [ ] [ ] [ ] [] [] 70 Fri Sep 25 17:21:
71 2008 A [ ] : I : Advanced Engineering Mathematics I : ( ) : 2.0 : 3 : T1Z : A5F 1 T1Z : E30 T1E: T1J: T1J1: T1J2: T1K3: F20 T1K4: T1L: F30 T1F4: F36 T1F5: F37 T1G4:T1G5: [ ] [] [ ] (1) (2) (3) (4) [ ] freefem++ [ ] [ ] [ ] [ ] 2004 : II ( ) : Electric Circuit Theory II : : 2.0 : 3 1 : T1G : T1G : F10 T1G5: F36 T1G4: [ ] [] [],, ; Fri Sep 25 17:21:
72 2008 A [] [ ] 1 (E-2) 2 (E-2) 3 (E-2,H-3) 4 (E-2) 5 (E-2) 6 (E-2,H-3) 7 (E-2) 8 (E-2,H-3) [ ] 1, 2, 3, 4, 8 15 % 1, 2, 3, 4, 8 15 % 1, 2, 3, 4, 8 15 % 1, 2, 3, 4, 8 10 % 5, 6, 7 15 % 10, 11, 12 5 % 10, 11, % 13, % II Fri Sep 25 17:21:
73 2008 A II [ ] : ; ( ), [ ] II II [ ] II : () : Information Theory : : 2.0 : 3 3 : T1G : T1G : F20 T1G5: F36 T1G4: [ ] [] [] [ ] 1 (E-4) 1 5 % 2 E-3) 3 (E-3) 4 (E-3) 5 (E-3) 10, 11, 12, 13, 14 [ ] I 12. II 13. I 2, 3, 4, 5 10 % 6, 7 20 % 8, 9 30 % 35 % 73 Fri Sep 25 17:21:
74 2008 A 14. II 15. [ ] [ ] [ ] [] [ ] : : Semiconductor Physics : : 2.0 : 3 4 : T1G : T1G : F20 T1G5: F36 T1G4: [ ] [] [],, [] CPU CD DVD pn [ ] n pn n 1, 2, 7 3, 4, 5, 6, 7 8, 9, 10, 11, 12, 13, 5, 6, 7 12 % 28 % 50 % 4 14, 2, 5, 6 10 % [ ] I 4. II 74 Fri Sep 25 17:21:
75 2008 A 5. III 6. IV I 11. II [ ] n pn [ ] : : [ ] [] : II ( ) : Introduction to Control Theory, Part II : : 2.0 : 3 5 : T1G : T1G : F20 T1G4:T1G5: [ ] [] 80 [] ; 3 [] 75 Fri Sep 25 17:21:
76 2008 A [ ] 1 ( E3, E4) 2 ( ) ( E3, E4) % % 3 ( E3, E4) % 4 ( E3, E4) 5 ( ) ( E3, E4) % % [ ] 1. Nyquist Routh-Hurwitz Lyapunov () [ ] [ ] ( ) [ ] [] I [] I [ ] : II ( ) : Introduction to Control Theory, Part II : : 2.0 : 3 5 : T1G : T1G : F20 T1G4:T1G5: [ ] [] 80 [] I ( )(p. 64 T1G014001) 76 Fri Sep 25 17:21:
77 2008 A [] [ ] 1 1, 2, 5 20 % , 4 20 % 6 20 % 9, 10, % 12, % [ ] () [ ] [ ] MATLAB [ ] [] I ( )(p. 64 T1G014001) (p.?? T1G048001) [] I ( )(p. 64 T1G014001) [ ] : : Space Engineering : ( ) : 2.0 : 3 2 : T1G : T1G : F36 T1G4:T1G5: 77 Fri Sep 25 17:21:
78 2008 A [ ] [] 120 [],, [] [ ] [ ] [ ] [ ] : : Semiconductor Physics : : 2.0 : 3 2 : T1G : T1G : F20 T1G5: F36 T1G4: [ ] [] [],, 78 Fri Sep 25 17:21:
79 2008 A [] CPU CD DVD pn [ ] n pn n 1, 2, 7 3, 4, 5, 6, 7 8, 9, 10, 11, 12, 13, 5, 6, 7 12 % 28 % 50 % 4 14, 2, 5, 6 10 % [ ] I 4. II 5. III 6. IV I 11. II Fri Sep 25 17:21:
80 2008 A 15. [ ] n pn [ ] : : [ ] [] : : Electromagnetic Wave Engineering : : 2.0 : 3 2 : T1G : T1G : F36 T1G4:T1G5: [ ] [ ] [ ] Maxwell Maxwell ( ), [ ] [ ] ( ) [] : : Metallurgical Materials : : 2.0 : 3 3 : T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] 100 [],, ;2 [] 80 Fri Sep 25 17:21:
81 2008 A [ ] 1 1, 2, 3 15 % 2 4, 5, 6 20 % % % 5 9, % 6 10, % 7 12, % [ ] Gibbs [ ] [ ] [ ] [] I II [] [ ] : : Elementary Electronic Circuit : : 2.0 : 3 4 : T1G : T1G : F10 T1G5: F36 T1G4: [ ] [] 81 Fri Sep 25 17:21:
82 2008 A [],, ; 3 4 [] [ ] 1 (E-2) (H-3) (F-3) 2 (E-2) (H-3) (F-3) 1 10 % 2, 3, 4, % 3 (E-2) (H-3) (F-3) 3, 5, 6 30 % 4 (E-2) (H-3) (F-3) 7, 8, 9, 10, 11, % [ ] [ ] [ ] [ ] [] I I [] I I [ ] I 82 Fri Sep 25 17:21:
83 2008 A : : Seminar:Intellectual Property Rights : ( ) : 2.0 : 3 : T1Z : /6,13,20,27,7/4,11,18 6/13 T1Z : E20 T1E: T1F4: T1J: T1J1: T1J2: T1K3: T1K4: T1L: E30 T1F5: [ ] [] 100 [] [] [ ] [ ] [ ] [ ] [ ] 60 [] [ ] ( ) 13 ( ) 20 ( ) 27 ( ) 7 4 ( ) 11 ( ) 18 ( ) 4 5 6/13 83 Fri Sep 25 17:21:
84 2008 A : : Quantum Mechanics : : 2.0 : 3 5 : T1G : T1G : F20 T1G5: F36 T1G4: [ ] [],, ; ( ) [] [ ] 1 [ ] MOS LC [ ] [ ] [ ] 84 Fri Sep 25 17:21:
85 2008 A [] (2 ) II(3 ) [] : : Instrumentation for mechanical physics : : 2.0 : 3 1 : T1G : T1G : F20 T1G4: F36 T1G5: [ ] [],, [] [ ] 1 1, 2 20 % 2 3, 4 20 % 3 5, 6, 7, 8, 9, 10, % 4 12, % [ ] [ ] [1]<DD> (1988) [ ] [ ] II 85 Fri Sep 25 17:21:
86 2008 A : : Heat Transfer : : 2.0 : 3 2 : T1G : T1G : F20 T1G4: F36 T1G5: [ ] [] 80 [],, [] [ ] 1 1, 2, 3, 6, 9, 10, 13, % 3, 4, 5 30 % 6, 7 10 % 9, 10, 11, % 13, % [ ] Fri Sep 25 17:21:
87 2008 A [ ] [ ] [ ] 50% 50% 100 [ ] : ( ) : Electronic Measurement : : 2.0 : 3 2 : T1G : T1G : F10 T1G5: F36 T1G4: [ ] [] [ ] 1 (B-2)(H-3), (B-4) 2 (B-2)(H-3), (B-4) 3 (B- 2)(H-3), (B-4) 4 (B-2)(H-3), (B-4) 1, 2, 3 4, 5, 6, 7 20 % 40 % 8, 9, 10, % 12, 13, % [ ] I 8. II 87 Fri Sep 25 17:21:
88 2008 A I 12. II [ ] AD GPIB [ ] (2003 [ ] 60% 40% 1,2 4, [] 1,2,3, I, II,, [] : : Stochastic Systems : : 2.0 : 3 3 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [] [ ] 1 (H-3) 1 5 % 2 (H-3) 2, 3 10 % 3 (H-3) 4, 5, 6 20 % 4 5 (H-3) [ ] I 3. II I 8. II: 9. III 7, 8, 9, 10, % 12, 13, % 88 Fri Sep 25 17:21:
89 2008 A 10. IV: 11. V: [ ] [ ] [ ] [] [] : : Precision Machining : : 2.0 : 3 3 : T1G : T1G : F20 T1G4: F36 T1G5: [ ] [] [] ; 3 4 [] [ ] 1 % 2 20 % % % 5 11 % % 7 1 % [ ] Fri Sep 25 17:21:
90 2008 A [ ] [ ] [ ] [] [] [ ] (D) : : Fundamentals of Mechanical Drawing : : 2.0 : 3 4,5 : T1G029101, T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] 45 [] 3 4 [] CAD [ ] JIS CAD CAD C-1 D C-1 D C-1 D C-1 D-1 5 CAD CAD CAD CAD C-1 D-1 1, 2, 3, 4, 5 20 % 1, 2, 3, 4, 5, 6, 7, 8 1, 2, 3, 4, 5, 9, 10, 11 1, 2, 3, 4, 5, 12, 13, 14, 15 6, 7, 8, 9, 10, 11, 12, 13, 14, % 20 % 20 % 20 % 90 Fri Sep 25 17:21:
91 [ ] 2008 A CAD CAD 7. CAD CAD 4 CAD 4 CAD 8. 4CAD 2 4 CAD CAD 2 5 CAD 10. CAD 5 CAD CAD 4 CAD 5 5 CAD CAD 2 5 CAD CAD CAD CAD CAD 6 CAD CAD 6 CAD 15. [ ] [ ] 91 Fri Sep 25 17:21:
92 2008 A [ ] [] [] [ ] (C) C-1 (D) D-1 : : Electrical Power System : : 2.0 : 3 4 : T1G : T1G : F20 T1G5: F36 T1G4: [ ] [] [],, ; 3 4 [] [ ] 1 ( E-2, E-3, E-4, H-3) 2 ( E-2, E-3) 3 ( E-2, E-3) 4 ( E-2, E-3) 5 ( E-2, E-3, E-4) 6 ( E-2, E-3, E-4, H-3) 7 ( E-3, E-4) 8 ( E-3, E-4) [ ] 1 10 % 2 15 % 3 10 % 4, 6 15 % 5, 7 10 % 9 10 % 10, 11, % 13, % Fri Sep 25 17:21:
93 2008 A [ ] [ ] ISBN C3054 [ ] [] [] I II [ ] E-2,E-3,E-4 H-3 : : Fundamentals of Mechanical Drawing :, : 2.0 : 3 1,2 : T1G029103, T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] 45 [] Fri Sep 25 17:21:
94 2008 A [] CAD [ ] JIS CAD CAD C-1 D C-1 D C-1 D C-1 D-1 5 CAD CAD CAD CAD C-1 D-1 [ ] 1, 2, 3, 4, 5, 6 20 % 1, 2, 3, 4, 5, 6, 7, 8 1, 2, 3, 4, 5, 9, 10, 11 1, 2, 3, 4, 5, 12, 13, 14, 15 6, 7, 8, 9, 10, 11, 12, 13, 14, % 20 % 20 % 20 % CAD CAD 7. CAD CAD 4 CAD 4 CAD 8. 4CAD 2 4 CAD CAD 2 5 CAD 10. CAD 5 CAD CAD 4 CAD 5 5 CAD 94 Fri Sep 25 17:21:
95 2008 A CAD 2 5 CAD CAD CAD CAD CAD 6 CAD CAD 6 CAD 15. [ ] [ ] [ ] [] [] [ ] (C) C-1 (D) D-1 : I ( ) : Introduction to Control Theory, Part I : : 2.0 : 3 2 : T1G : T1G : F10 T1G4:T1G5: [ ] [] 90 [],, [] [ ] 1 20 % 2 20 % 3 20 % 4 20 % 5 20 % [ ] Fri Sep 25 17:21:
96 2008 A [ ] [ ] [ ] 20% 30% 50% [] I [] I [ ] : II : Experiment of Electrical and Electronics Engineering II : : 3.0 : 3 3,4,5 : T1G114101, T1G114102, : T1G T1G : F10 T1G5: F36 T1G4: [ ] [] 80 [] ; [] [ ] 1 25 % 2 25 % 3 25 % 4 25 % [ ] ) 3. 2 ) 4. 1 ) 5. 2 ) 96 Fri Sep 25 17:21:
97 2008 A I. 14. II. [ ] [] I III [ ] II (A) (B) (C) (F) : I : Experiment of Mechanical Engineering I : : 3.0 : 3 3,4,5 : T1G114001, T1G114002, : , , T1G ,, , , ,, , , ,, , T1G : F10 T1G4: F36 T1G5: [ ] [] [] [] [ ] 1 B-2,B-4,E-2,F-2 2 E-2 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, % 40 % [ ] Fri Sep 25 17:21:
98 2008 A [ ] [ ] [] II [ ] I (B) B-2 B-4 (E) E-2 (F) F-2 : : Statics Strength :, : 2.0 : 3 2 : T1G : T1G : F20 T1G4: F36 T1G5: [ ] [] 100 [], [] I, II 98 Fri Sep 25 17:21:
99 2008 A [ ] 1 2 S - N [ ] % % % % % % 1. (I) 2. (II) 3. (III) Neuber Neuber 4. (I) S N S N 5. (II) 6. (III) 7. (IV) Manson-Coffin Miner (I) 10. (II) 11. (III) 12. (I) Griffith 13. (II) Fri Sep 25 17:21:
100 2008 A [ ] [ ] [ ] [] 1 2 [] 1 2 [ ] : : System Dynamics : : 2.0 : 3 3 : T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] 50 [],, ; BI 1 BII 2 I 3 [] [ ] 1 1, 2, 3, 4, 5 40 % % 3 4 9, 10, % 12, % [ ] Fri Sep 25 17:21:
101 2008 A [ ] [ ] ( ) ISBN: ( ) 1984/10 [ ] [] I II I [] I II I [ ] : II ( ) : Exercise of Electric Circuit Theory II : : 2.0 : 3 3 : T1G : T1G : F10 T1G5: F36 T1G4: [ ] [] [],, ; [] II [ ] II II II 1 II( ) % [ ] 1. II 2. II 3. II 4. II 5. II 6. II 7. II 8. II 9. II 10. II 11. II 12. II 13. II 14. II 15. II [ ],,, [ ] : ; ( )() [ ] 101 Fri Sep 25 17:21:
102 2008 A [ ] II : () : Information Theory : : 2.0 : 3 4 : T1G : T1G : F20 T1G5: F36 T1G4: [ ] [] [] [ ] 1 (E-4) 1 5 % 2 E-3) 3 (E-3) 4 (E-3) 5 (E-3) 10, 11, 12, 13, 14 [ ] I 12. II 13. I 14. II 15. [ ] [ ] [ ] [] 2, 3, 4, 5 10 % 6, 7 20 % 8, 9 30 % [ ] 35 % 102 Fri Sep 25 17:21:
103 2008 A : ( ) : Electromagnetic Theory 3 : : 2.0 : 3 4 : T1G : T1G : F10 T1G5: F36 T1G4: [ ] [] 90 [] ( ) [] [ ] 1, , % % [ ] 1.,, 2. 3.,, 4. 5., 6. 7., % 25 % 103 Fri Sep 25 17:21:
104 2008 A [ ] [ ] ( ) [ ] (30 ) [] 1 2 [ ] : ( ) : Exercise in Electromagnetic Theory 3 : : 2.0 : 3 5 : T1G : T1G : F10 T1G5: F36 T1G4: [ ] [] 90 [] ( ) [] [ ] % % 3 7, % % [ ] Fri Sep 25 17:21:
105 2008 A [ ] [ ] ( ) [ ] 40 (30 ) [] ( )(p. 103 T1G017202) [] 3 [ ] : : Thermo-Fluid Engineering :, : 2.0 : 3 2 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [ ] 1, 2, 3, 4, 5 40 % 1 2 3, 6, 7 10 % 8, 9, 10, 11, % 4 13, % [ ] Fri Sep 25 17:21:
106 2008 A [ ] [ ]. [ ] [] I II : : Power Electronics : : 2.0 : 3 2 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [],, [] [ ] 1 ( H-3) 2 ( H-3) 3 ( H-3) 4 ( H-3) 1, 2, % 3, 4, 5, 6, 9, 10, 11, 12 25,25 % 7, 13, 14 10,10 % 1, % [ ] MOSFET IGBT Fri Sep 25 17:21:
107 2008 A [ ] [ ] [ ] [] [] I II [ ] H-3 : : Industrial English in Electronics : : 2.0 : 3 3 : T1G : T1G : F10 T1G5: F36 T1G4: [ ] [] 80 [] 3 [] CALL [ ] 1 H-1 2 A % % 107 Fri Sep 25 17:21:
108 2008 A [ ] CALL English for Science / /20 1 CALL CALL / CALL CALL 4. 11/10 1 CALL (Unit 1 ) ( ) / CALL (Unit 1 ) ( ) 6. 12/1 1 CALL (Unit 1 ) ( ) /8 1 2 CALL (Unit 1 ) ( ) 8. 12/15 1 CALL (Unit 3 ) ( ) / CALL (Unit 3 ) ( ) 10. 1/5 1 CALL (Unit 3 ) ( ) /7 1 2 CALL (Unit 3 ) ( ) 12. 1/19 1 CALL (Unit 4 ) ( ) / CALL (Unit 4 ) ( ) 14. 2/2 1 CALL (Unit 4 ) ( ) /4 1 2 CALL (Unit 4 ) ( ) [ ] CALL [ ] [ ] CALL [ ] : : Transmission Engineering / Transmission Theory : : 2.0 : 3 4 : T1G : T1G : F36 T1G4:T1G5: [ ] [] 80 [] ; Fri Sep 25 17:21:
109 2008 A [],,, [ ],,,,, 1 ( E-2) 2 ( E-2) 3 TEM TE TM ( E-1) 4 ( E-1) 5 ( E-1) 1, 2 20 % 3, 4, 5, 6 20 % 7, 8 20 % 9, 10, % 12, 13, % [ ] TDR (2 ) ( ) 16. [ ],,,,,,,,,, [ ] ( ) () ( ) ( ) BASIC () [ ] (50%) (50%) 109 Fri Sep 25 17:21:
110 2008 A [] [] 1,2,3, II [ ] (E) : : Synthetic Design :, : 2.0 : 3 5 : T1G : , , T1G : F10 T1G4: F36 T1G5: [ ] [] [] ; 3 4 [] [ ] 1 A-2,C-2 2 A-2,D-1 3 E-2 4 [ ] % % % % 110 Fri Sep 25 17:21:
111 2008 A [ ] [ ] [] [] [ ] (A) A-2 (C) C-2 (D) D-1 (E) E-2 : : Electromagnetic Dynamics : : 2.0 : 3 5 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [],, ; 3 4 [] [ ] 1 H-3) (F-3) 2 H-3) (F-3) 4, 5, 6 30 % 7, 8, 9, 10, % 3 H-3) (F-3) 12, % [ ] Fri Sep 25 17:21:
112 2008 A [ ] [ ] [ ] [] I I [] I I : : Power Engineering and Some Energy Issues : ( ) : 2.0 : 3 2 : T1G : T1G : F36 T1G4:T1G5: [ ] [ ] [ ] Fri Sep 25 17:21:
113 2008 A ( ) 15. [ ] : : Optimization Theory : : 2.0 : 3 2 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [ ] 1 1, 2 10 % 2 3, 4, 5, 6, 7 40 % 3 8, 9, 10, 11, % 4 13, % [ ] Fri Sep 25 17:21:
114 2008 A [ ] [ ] [ ] [] [] [ ] (B) (E) : : An Introduction to Bioengineering :, : 2.0 : 3 3 : T1G : T1G : F36 T1G4:T1G5: [ ] [] 60 [] ; 3 [] [ ] 1 2 1, 2, 3 15 % 4, 5, 6, 7, 10, 40 % 3 9, 11, 12, % % [ ] Fri Sep 25 17:21:
115 2008 A [ ] [ ] [ ] [] BI I I I, II [] : : Electron Devices : : 2.0 : 3 3 : T1G : T1G : F36 T1G4:T1G5: [ ] [] 70 [], [] [ ] 1 1, 2 10 % 2 3, 4, 5, 6, 7 30 % 3 8, 9, % 4 11, % 5 13, % [ ] Fri Sep 25 17:21:
116 2008 A [ ],,,,,, [ ] [ ] [] [] [ ] CEATEC JAPAN : : Physics of Solid State Electronics : : 2.0 : 3 4 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [],, [] [ ] 1 1, 2, 3 15 % % 3 5, 6 15 % 4 7, 8, 9 20 % 5 10, % 6 12, % % 116 Fri Sep 25 17:21:
117 2008 A [ ] / [ ],,,,,,,,,,,,,,, [ ] [ ] [] [] 1 2 [ ] : ( I) : Engineering Materials : : 2.0 : 3 4 : T1G : T1G : F20 T1G4: F36 T1G5: 117 Fri Sep 25 17:21:
118 2008 A [ ] [] 100 [] [] [ ] 1 Fe-C % 2 4, 5, 6, 8 20 % 3 4, 5, 7 20 % 4 8, 9 20 % 5 10, 11, % % % [ ] Fe-C ) [ ] Fe-C [ ] [ ] [] II []. : ( ) : Elementary Electronic Circuit : : 2.0 : 3 5 : T1G : T1G : F10 T1G5: F36 T1G4: 118 Fri Sep 25 17:21:
119 2008 A [ ] [] [],, ; 3 4 [] [ ] 1 (E-2) (H-3) (F-3) 2 (E-2) (H-3) 1 10 % 2, 3, 4, % 3 (E-2) (H-3) (F-3) 3, 5, 6 30 % 4 (E-2) (H-3) (F-3) 7, 8, 9, 10, 11, % [ ] [ ] [ ] [ ] [] I I 119 Fri Sep 25 17:21:
120 2008 A [] I I [ ] I : : Numerical Analysis : ( ) : 2.0 : 3 5 : T1G : T1G : F36 T1G4:T1G5: [ ] [ ] [ ] 1., (FDM) 7. (FEM) (2) (CG) 12. (PCG) [ ],,, [ ] Computer Science Library 17 [ ] [] : : Radio Regulation Law : ( ) : 2.0 : 3 5 : T1G : T1G : F36 T1G4:T1G5: [ ] [], 120 Fri Sep 25 17:21:
121 2008 A [] [ ] [ ] I II LAN IC [ ] [ ] ( ) [ ] : : Integrated Electronic Circuit : : 2.0 : 3 1 : T1G : T1G : F36 T1G4:T1G5: [ ] [] 1 0 [] [] 121 Fri Sep 25 17:21:
122 2008 A [ ] SPICE verilog HDL % % % 4 13, % [ ] 1. FET (SPICE SPICE A/D D/A A/D D/A verilog HDL 11. verilog HDL 12. ( ) [ ],,,,,,SPICE [ ] [ ] 3 [] [ ] PSPICE (MS Windows) : : Semiconductor Devices : : 2.0 : 3 2 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [],, 122 Fri Sep 25 17:21:
123 2008 A [] [ ] n 1 n n 2 3 MIS MOS 4 5 HEMT 1, 2, 3 4, 5, 1, 2, 3, 6 10 % 30 % 7, 8, 9, 3 30 % 10, 4, 5, 7, 8, 9 10 % 11, 12, 13, % [ ] pn I - 3. pn II pn 4. I 5. II MIS MIS 8. I MOS 9. II pn 10. GTO MOS Fri Sep 25 17:21:
124 2008 A [ ] n p pn MIS MOS FET) HEMT) pnpn [ ] : [ ] [] : : Introduction to Communication Systems : : 2.0 : 3 3 : T1G : T1G : F20 T1G5: F36 T1G4: [ ] [] 100 [] [] (SNR) [ ] 1 z 2, 9 15 % 2 3, 4, 11, 12, % 3 4, 5 15 % 4 6, 7 20 % % 6 11, % 7 1, 5, 13, % [ ] Fri Sep 25 17:21:
125 2008 A z z z [ ] ( ) [ ] 40 ) (40 ) (20 ) [] [ ] : : Machine Design and Drawing : : 2.0 : 3 4,5 : T1G047001, T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] 40 [] [] 125 Fri Sep 25 17:21:
126 2008 A [ ] 1 ( B-1, C-1, D-1 2 ( B-1, C-1, D-1 3 ( B-1, C-1, D-1) 4 ( B-1, C-1, D C-1, D-1 [ ] 1, 2, 3, 4 20 % 1, 2, 3, 4, 5, 6 15 % 1, 2, 3, 4, 5, 6, 7 1, 2, 3, 4, 5, 6, 7, 8, 9 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, % 20 % 30 % ( ) 4. ( ) CAD Fri Sep 25 17:21:
127 2008 A CAD [ ] [ ] [ ] 60 [] I [] ( ) [ ] ( ) -1 (C) C-1 (D) D-1 : : Practical Training in Machining : : 2.0 : 3 4,5 : T1G040101, T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] [] 3 ( ) [] [ ] [ ] Fri Sep 25 17:21:
128 2008 A [ ] [ ] [ ] [] [] [ ] CAD : III : Experiment of Electrical and Electronics Engineering III : : 3.0 : 3 3,4,5 : T1G117001, T1G117002, : T1G T1G : F10 T1G5: F36 T1G4: [ ] [] 80 [] ; [] [ ] 1 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, , 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, , 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, , 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, % 25 % 25 % 25 % [ ] pn LED) 5. (MOSFET CMOS) 6. A 7. B 128 Fri Sep 25 17:21:
129 2008 A PI 13. RC 14. [ ] [] I II [ ] III (A) (B) (C) (F) : II : Experiment of Mechanical Engineering II : : 3.0 : 3 3,4,5 : T1G118001, T1G118002, : , T1G118003, ,, , T1G : F10 T1G4: F36 T1G5: [ ] [] [] [] [ ] 1 1 B-2,B-4,E-2,F-2 2 E-2 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 1 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 1 60 % 40 % [ ] Fri Sep 25 17:21:
130 2008 A [ ] [ ] [] I [] I [ ] II (B) B-2 B- 4 (E) E-2 (F) F-2 : : Theory of Plasticity : : 2.0 : 3 2 : T1G : T1G : F20 T1G4: F36 T1G5: [ ] [] 80 [], [] [ ] 1 1, 2 10 % 2 3, 4 20 % 3 5, 10 % 4 8, 9 10 % 5 10, 11, % 6 11, 12, % 7 (F-3) [ ] 1. 5, 7, 8, % 130 Fri Sep 25 17:21:
131 2008 A [ ],,,, [ ] [ ] [] (p.?? T1G062001) [] (I II) [ ] : : Electric Machinery : : 2.0 : 3 2 : T1G : T1G : F30 T1K4: T1L: F36 T1G4:T1G5: [ ] [] [],, ; 3 4 [ ] 1 (H-3) (F-3) 2 (H-3) (F-3) 2, 3, 4 20 % 5, 6, 9 20 % 3 (H-3) (F-3) 5, 6, 7, 8 20 % 4 (H-3) (F-3) 9, 10, % 5 (H-3) (F-3) 12, % [ ] 131 Fri Sep 25 17:21:
132 2008 A [ ] [ ] [ ] [] I II I II [ ] : : Linear Systems : : 2.0 : 3 3 : T1G : T1G : F36 T1G4:T1G5: [ ] [] 80 [] ; 3 4 [] 132 Fri Sep 25 17:21:
133 2008 A [ ] % % 3 () 4 ( ) 5 ( ) 4 10 % % % [ ] ( ) 3. () [ ] [ ] [ ] [] I II [] I II [ ] : : Machine Design and Drawing : : 2.0 : 3 4,5 : T1G047003, T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] 40 [] 133 Fri Sep 25 17:21:
134 2008 A [] [ ] 1 ( A-2, ( B-1, D-1 2 A-2, D-1) 3 ( B-1, D-1 4 ( B-1, D D-1 [ ] 1, 2, 3, 4 20 % 1, 2, 3, 4, 5 15 % 1, 2, 3, 4, 5, 6, 7 1, 2, 3, 4, 5, 6, 7, 8, 9 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, % 20 % 30 % ( ) 4. ( ) Fri Sep 25 17:21:
135 2008 A 10. CAD CAD [ ] [ ] [ ] 60 [] I, [] ( ) [ ] (A) A-2 ( ) -1 (D) D-1 : : Practical Training in Machining : : 2.0 : 3 4,5 : T1G040103, T1G : T1G : F10 T1G4: F36 T1G5: [ ] [] [] 3 ( ) [] [ ] [ ] Fri Sep 25 17:21:
136 2008 A CAD CAM 15. CAD CAM [ ],,,, [ ] [ ] [] [] CAD [ ] : : Software Engineering : : 2.0 : 3 4 : T1G : T1G : F36 T1G4:T1G5: [ ] [] [],, [] / 136 Fri Sep 25 17:21:
137 2008 A [ ] OS OS 1 1, 2 2 3, 4 3 5, 6 4 7, 8, 9, , % 6 PAD 13, 14, % [ ] Structured Programming 12. PAD 13. PAD 14. PAD 15. [ ],,, PAD, [ ], PAD [ ] [] TG TG % 15 % 15 % 20 % : : Industrial English in Mechanical Engineering : (Parker Rodney) : 2.0 : 3 : T1G : T1G Fri Sep 25 17:21:
138 2008 A 2006 : F20 T1G4: F36 T1G5: [ ] [] This course contains extractions and the presentation of mechanical and electrical engineering sources from laboratories, mechanisms, manuals, modern designs and research data with elements of personal experiences and future job prospects. [ ] The main aim of the course is to develop confidence and ability in extracting and presenting information from a wide range of traditional, personal and technical engineering sources. In addition, students will be placed in interactive situations where the language is used at the deep end and asked to perform written and speaking tasks to improve their communicative competence. [ ] Lessons will consist of various tasks in pairs and groups. All students are expected to actively participate. The contents are as follows: 1. Introduction 2. Applying links and structure 3. Describing functions 4. Reporting on mechanisms 5. Comparing engineering materials 6. Dealing with forces in engineering 7. Explaining operations 8. Developing ideas 9. Information exchange 10. Presentation practice 11. Refining technical jargon 12. Explaining experiments 13. Describing trends for future engineers 14. Formal presentations 15. Final test [ ] presentation, information exchange, mechanism, terminology, structure and description [ ] class participation, written and oral(presentation) examination [ ] : : Undergraduate Research : : 6.0 : 4 : T1G : T1G : F10 T1G4:T1G5: [ ] 138 Fri Sep 25 17:21:
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