
103
G1361
A. B.
80 1.25 100 2B
( )
10
2 1. B
2 2. T-squared 1 MW
75 150 300 600
1 3.
3 4.
1 5.
100 kcal
100 kcal
272.4 kcal
2 6.
0.45 4.45 9.45 13.45
1 7.
1 8.
2 9.
1 10. 1m Q 5
0.04 Q 0.08 Q 0.1 Q 0.4 Q
2 11. 23% 1
18 35 70 140
1 12.
4%~50% 15%~40% 5%~10% 10%~50%
4 13.
2 14.
4 15.
2 16. ppm 1
400~500 600~700 800~900 1000~1100
4 17.
17 14 10 6
3 18. 2=1.41 0.5 m2m2
0.72 0.48 0.36 0.24
4 19.
2 20.
1 21. 5 m/s 1.0 kg/m30.4
5 Pa 2.5 Pa 1.25 Pa 0.5 Pa
3 22.
2 23. 4 2
4
1 24. 1200 W 220 V 110 V
300 W 600 W 900 W
3 25. Ω.cm
107 108 109 1010
3 26. d/KA
4 27. CNS15030
6 9 12 16
2 28. 3 1 1 100
2400 3
100 200 300 400
4 29.
1 30.
3 31.
2 32. Boilover
1 33. HAZMAT H
1 34.
2 35.
NOAOL LOAEL GWP LC50
3 36.
4 37.
FM200 INERGEN NOVEC1230 HALON1301
4 38.
2 39.
5% 15% 10% 7%
3 40. 10 m3m3
2 3 4 5
4 41.
4 42.
3 43. A
A
5 7 11 15
2 44.
1 2 3 4

4 45.
4 46. A. B. C. D.
AB BC CD BD
4 47.
60 70 80 90
3 48.
10 20 30 40
1 49.
1 50.
2 51.
2 52.
3 53.
400 200
200 400
1 54.
3 55.
8 10 16 20
3 56.
1 2 3
3 57. A
B A B
A 10 B 15 A 10 B 20 A 15 B 30 A 20 B 30
4 58.
12
1000
3 59.
2 60.
100
50
2 61.
4 62.
65
2 63. A. 3000
B. 4000 C.
5000
AB BC AC ABC
1 64. 17
500
300 500
3 65.
200
200
1 66. 31
25
25
100
4 67. 40 41
40
2.5
350
20
4 68.
1 69. 75
A B A B
A 50 B 100 A 50 B 150 A 100 B 150 A 100 B 200
2 70. 86
1/2
1%
3 71. 46
1.7
2.5
1 72. 87 A
B A B
A 1.5 B 1.9 A 1.1 B 1.4 A 1.4 B 1.9 A 1.1 B 1.5
4 73.
80 84 87 92
4 74.
1 75. 30
A B A B
A 1100(1 min) B 1 A 1100(1 min) B 2
A 2200(1 min) B 2 A 3300(1 min) B 3
1 76.
1000
100
70oC 100
50
3 77.
20 30 45 60
2 78. 100
A 100 100 B A B
A 1 B 1 A 2 B 1 A 1 B 2 A 2 B 2
3 79.
40 30
4 80.
MI