The document discusses the properties and characteristics of PMMA (polymethyl methacrylate). It provides detailed information on PMMA's physical properties, mechanical properties, optical properties, thermal properties, electrical properties, chemical properties, weather resistance, and standards. The properties are tested based on various Japanese Industrial Standards (JIS).

1. PMMA
1 May, 2008

2. ........................................................................................................... 5
1.1 ............................................................................... 5
1.1.1 .........................................................................................................5
1.1.2 ...............................................................................................................................6
1.2 ................................................................................................... 7
1.3 ................................................................................................... 7
1.3.1 ....................................................................................................................7
1.3.2 ..............................................................8
1.4 ............................. 9
1.5 ............................................................................... 11
1.5.1 .........................................................................................................................11
1.5.1.1 ....................................................................................................................................11
1.5.1.2 .................................................................................................................................12
1.5.1.2.1 ................................................................................................................12
1.5.1.2.2 .................................................................................................14
1.5.1.2.3 ................................................................................................................17
1.5.1.2.4 .....................................................................................................19
1.5.1.2.5 .................................................................................................20
1.5.1.2.6 ........................................................................21
1.5.1.3 ..........................................................................................................................22
1.5.2 ( ) .................................................................................................................................23
1.5.2.1 ..................................................................................23
1.5.2.2 E .................24
1.5.2.3 UVA ..........................................................................................26
1.5.3 ................................................................................................................................26
1.5.3.1 .................................................................................................................................28
1.5.3.2 ..........................................................................................................................30
1.5.3.2.1 ...................................................................................................................30
1.5.3.2.2 ...................................................................................................................32
1.5.3.3 .................................................................................................................................32
1.5.3.4 .................................................................................................................................33
1.5.3.5 .................................................................................................................................33
1.5.3.6 .............................................................................................34
1.5.3.7 ...............................................................................................................35
1.5.3.8 .........................................................35
1.5.4 ....................................................................................................................................36
2 May, 2008

3. 1.5.4.1 .............................................................................................................................36
1.5.4.2 ...................................................................................................................36
1.5.4.3 .................................................................................................................................37
1.5.4.3.1 ................................................................................................................37
1.5.4.3.2 ................................................................................................................38
1.5.4.4 .............................................................................................................................39
1.5.4.5 ....................................................................................................................................40
1.5.4.6 ....................................................................................................40
1.5.5 ................................................................................................................................41
1.5.5.1 .............................................................................................................................41
1.5.5.2 .............................................................................................................................42
1.5.5.2.1 .................................................................................................43
1.5.5.2.2 .......................................................................................45
1.5.5.2.3 ........................................................................................................47
1.5.5.3 .............................................................................................................................48
1.5.5.3.1 ........................................................................48
1.5.5.3.2 ............................................51
1.5.5.3.3 ........................................................................................................53
1.5.5.3.4 ..............................................................................................55
1.5.5.4 .............................................................................................................................56
1.5.5.4.1 E ES ..........................................................57
1.5.5.5 ..........................................................................................................................58
1.5.5.6 .............................................................................................................................59
1.5.5.7 .............................................................................................................................60
1.5.5.8 .............................................................................................................................61
1.5.5.9 .................................................................................................62
1.5.5.9.1 ......................................................62
1.5.6 ................................................................................................................................63
1.5.6.1 .............................................................................................................................63
1.5.6.2 AS ...............................................................................65
1.5.7 ...........................................................................................................67
1.5.7.1 .................................................................................................................................67
1.5.7.1.1 ..........................................................................................67
1.5.7.1.2 .......................................................................................................................68
1.5.7.2 ISO ....................................................................................................68
1.5.7.3 ...............................................................................................................68
1.5.7.4 ........................................................................................................68
1.5.7.5 .............................................................................................................................69
1.5.7.6 ....................................................................................................70
1.5.7.7 .............................................................71
3 May, 2008

4. 1.5.8 ......................................................................................................................73
1.5.8.1 ....................................................................74
1.5.8.2 .................................................................75
1.5.8.3 ..........................................................................................................................77
1.5.8.4 ...................................................................................................................78
1.5.8.5 ....................................................................................................79
1.5.8.6 ...........................................................................79
1.5.8.7 ....................................79
1.5.9 ....................................................................................................................................80
1.5.9.1 E .......................................................................80
1.5.9.2 ..................................................87
1.5.9.3 AS .....................................................................88
1.5.9.4 E MR .........................................................................................89
1.5.9.5 .................................................................................................89
1.5.9.6 ........................................................................................................90
1.5.10 .....................................................................................................90
1.5.11 .....................................................................................................................................91
1.5.11.1 E GT .......................................................91
1.5.11.2 .......................................................93
1.5.11.3 E .................................94
1.5.11.4 ..................................................................................................95
1.6 ...................................................................................... 96
1.6.1 .........................................................................................96
1.6.2 ................................................................98
1.6.4 .........98
1.7 ( )................................. 102
4 May, 2008

5. 1.1
PMMA
E
1.1.1
E
5 May, 2008

6. E
1.1.2
1940
6 May, 2008

7. 1.2
E
1.3
1.3.1
000 ( )
E 000 ( )
GT ES
AS
E MR
010 / 013 / 006 005 ST 923
E 011, E005
FT MT, WT KT
E / ES /EM / E NG ( )
E ED
HR( )
SA, CX
7/
7 May, 2008

8. 1.3.2
E
000
E
000 E 000
8 May, 2008

9. 1 E
( 3mm)
JIS K 7361-1 % 92.61* 92.61*
JIS K 7136 % 0.3 0.3
JIS K 7142 1.49 1.49
JIS K 7162 MPa 79 75
JIS K 7162 % 4 7 2 5
JIS K 7171 MPa 120 120
JIS K 7171 MPa 3200 3200
JIS K 7110( ) kJ/m2 1.7 1.7
JIS K 7111( ) kJ/m2 17 17
JIS K 7202-2 M 100 98
JIS K 5600-5-4 2H 3H 2H 3H
JIS K 7191-2(A) 1063* 973*
80 77
JIS A 1412 W/(m k) 0.19 0.19
JIS K 7197 K 1 10–5 10–5
JIS K 7123 kJ/kg K 1.47 1.47
87
% 2
160
JIS K 6911 1016 1016
JIS K 6911 cm 1015 1015
JIS K 6911 1015 1015
JIS K 6911 kV/mm 20 20
60Hz JIS K 6911 3.3 3.3
(1000Hz) JIS K 6911 3.0 3.0
60Hz JIS K 6911 0.06 0.06
(1000Hz) JIS K 6911 0.04 0.04
12.5kv JIS K 6911 NT2*(90s )
JIS K 7112(A) 1.19 1.19
(24 ) JIS K 7209 % 0.3 0.3
1* 3mm
2*
3* 80 16h
1.4
GT
ES
E MR
AS
9 May, 2008

10. 2
2
/ PMMA GPPS AS PVC PC PET
***
*****
JIS K 7112 1.17-1.20 1.04-1.09 1.08-1.10 1.35-1.45 1.2 1.27 ca 2.5
* JIS K 7361-1 % 92.6 88.6 86.8 83.8 86.8 87-88 90
JIS K 7105 1.49 1.59-1.60 1.56-1.57 1.52-1.55 1.59 1.57 ca 1.52
JIS K 7113 MPa 61-75 45-63 67-84 35-63 56-67 53
JIS K 7113 % 2-10 1-2.5 1.5-3.7 2.0-4.0 100-130 300
JIS K 7203 MPa 310-330 280-350 280-390 250-420 246 230-240 7300
JIS K 7203 MPa 91-120 61-98 98-130 70-110 95 83-84 50
JIS K 7181 MPa 84-130 81-112 98-120 56-91 88
JIS K 7110 kJ/m2 1.6-2.8 0.25-0.4 0.35-0.50 0.4-20 12-17.5 9
( )
JIS K 7111 kJ/m2 3.8 1.7 4.0 65
( )
M JIS K 7202 85-105 65-80 80-90 65-85( ) 70 41 ca 6.5
( )
ASTM C 177 kW/(m ) 0.17-0.25 0.1-0.14 0.12 0.13-0.29 0.19 0.86
ASTM C 351 kJ/(kg ) 1.42 1.34 1.34-1.42 0.83-1.17 1.25 0.74
JIS K 7197 10-5/ 5-9 6-8 3.6-3.8 5-18.5 6.6 5.8 0.85
( ) 60-88 66-77 60-96 66-77 121 720-730
****
JIS 7207 80-105 - 104 88-104 54-79 129-141 70
181.3 N/cm2 ( )
JIS K 6911 cm >1015 >1016 >1016 1016 2.1x1016
JIS K 6911 kV/mm 17.7-21.6 19.7-27.5 15.7-19.7 16.7-51.1 15.7
JIS K 6911 kV/mm 13.8-15.7 15.7-23.6 11.8-23.6 14.7-29.5 14.3
60 c/s JIS K 6911 3.5-4.5 2.45-2.65 2.6-3.4 3.2-3.6 2.97-3.17
106 c/s JIS K 6911 2.2-3.2 2.4-2.65 2.6-3.1 2.8-3.1 2.96
60 c/s JIS K 6911 0.04-0.06 0.0001- 0.006- 0.007-0.02 0.0006-
0.0003 0.008 0.0009
106 c/s JIS K 6911 0.02-0.03 0.0001- 0.007- 0.006- 0.009-
0.0004 0.010 0.019 0.010
JIS K 7152-4 0.2-0.6 0.2-0.6 0.2-0.7 0.1-0.5 0.5-0.7
JIS K 7209 % 0.3-0.4 0.03-0.10 0.2-0.3 0.07-0.4 0.15 0.13 0
24h/3.12mm
JIS Z 2391 cm/min 3.0
, ,
,
,
* Tt ISO JIS t
**
PMMA JIS K 6718-1( ) JIS K 6718-2 PVC JIS K 7133 PC JIS K 6735
*** PETG PET EC
****
10 May, 2008

11. ***** N
PMMA
1.5
1.5.1
1.5.1.1
E
1.19
1
1
( PMMA / )
11 May, 2008

12. 1.5.1.2
E
2%
E
1.5.1.2.1
2
2
3
12 May, 2008

13. 3 mm 4
4 3 mm
13 May, 2008

14. 1.5.1.2.2
5
E MR
5
6
6
14 May, 2008

15. 7
5.0mm/min 40mm
7
15 May, 2008

16. 1.5%
8 E
E
9
9
16 May, 2008

17. 1.5.1.2.3
3mm E
10 11
12 13
10
11 100%RH
17 May, 2008

18. 12
13
Mt t
Mt t (%)
50 , 80%RH 1000h Mt
10 Mt 1.5% 12 50 70 13 80%RH
70 0.77 54
0.204
1000h 41.6 Mt 0.204/ 41.6 1.31%
2, 3, 4
18 May, 2008

19. 1.5.1.2.4
14 15
14
15
19 May, 2008

20. 1.5.1.2.5
16
16
20 May, 2008

21. 1.5.1.2.6
2mm 17
E
200
20
17
21 May, 2008

22. 1.5.1.3
3
10mmHg
3
H2 3.3 10 10 2.7 10 10 6.5 2.8 10 10
N2 <1.0 10 11 1.8 10 11 6.5 2.7 10 10
O2 <1.0 10 11 5.5 10 11 5.5 0.8 10 10
CO2 <1.0 10 11 1.4 10 10 7.9 3.7 10 10
22 May, 2008

23. 1.5.2 ( )
SWOM
1.5.2.1
SWOM
18
18 1
SWOM
23 May, 2008

24. pe 19
XYZ
0% 100%
19 2
pe 4.5%
SWOM
1.5.2.2 E
E
(YI)
SWOM 1
SWOM 100h~150h
24 May, 2008

25. SWOM
45 10 1500h
E
25 May, 2008

26. 1.5.2.3 UVA
UVA UVA
20 4 5
3% 5% 10
SWOM/ UV
20
1.5.3
10mm 0.2%
3.7%
92.6%
JIS K 7105
JIS K 7361-1
JIS K 7136
21
26 May, 2008

27. 21
27 May, 2008

28. 1.5.3.1
D 1.492
nd 1.52 22
22
28 May, 2008

29. 4
4
589.3 nm ( D ) 1.492
nD 1 nF nc * 57.8
dn dT 1.3 10 4/
D 42
*:
nD − 1
νD =
n F − nC
νD nD D 589nm
nF F 486nm
nC C 656nm
PMMA PS 23
23 (PMMA)
29 May, 2008

30. D dn/ T
1.3 10 4/
Polymer Hand Book G. Schreyer “Konstruction mit Kunststoffen” Carl Hanser, München,
1972 5
Nd 1.492 d(nd/dT)
d(nd/dT) 0.00011
2.1
1
5
0 1.4945
60 1.4879
80 1.4857
1.5.3.2
1.5.3.2.1
000 24
24 000
30 May, 2008

31. 000 2mm 10mm 25, 26
25 000
26 000
31 May, 2008

32. 1.5.3.2.2
27 GT E
1.5.3.3
0 3.7%
28
32 May, 2008

33. 1.5.3.4
GT
29 GT E
1.5.3.5
1 10 3 10
33 May, 2008

34. 1.5.3.6
30
42 10’
31
30 31
45 32
2t t 32
32
34 May, 2008

35. 1.5.3.7
33
33
1.5.3.8
6
92.6%
6 20
PS AS PVC
(%) 92.6 88.6 86.8 86.8 83.8 90.2
(%) 1.0 4.0 9.7 8.2 7.1
(m ) 252 298 296 300 305 310
1.49 1.58 1.57 1.58 1.54 ca 1.52
nF nc 0.0087 0.0188 0.0193 0.0197 0.0104
57.8 31.3 29.5 29.6 51.8
35 May, 2008

36. 1.5.4
1.5.4.1
( 10 )
PVC PC
1m 20 1.5mm
7
7
ASTM D 696
E
40 cm/cm 4.8 10 5 4.8 10 5
20 cm/cm 5.2 10 5 5.2 10 5
0 cm/cm 5.6 10 5 5.6 10 5
20 cm/cm 6.8 10 5 6.8 10 5
40 cm/cm 7.7 10 5 7.7 10 5
70 +70
% 0.0068t 0.000015 t2 t
1.5.4.2
DTUL
1.82MPa
DTUL
DTUL
36 May, 2008

37. 1.5.4.3
1.5.4.3.1
20cm 100min 0.5 mm
85 E 91
34
E 80
80 E
34 E
37 May, 2008

38. 1.5.4.3.2
( HR)
10
( HR)
10 35 ( HR) 90
100mm
1
2mm
35 ( HR)
38 May, 2008

39. 1.5.4.4
100 36
36
150 230
0.1MPa 0.19W/(m )
30MPa 0.20W/(m )
000 10mm
36 37
JIS A 1412 5.2
0 20
37 000
39 May, 2008

40. 1.5.4.5
p
25 1.42 kJ/(kg )
100 2.51 kJ/(kg )
150 2.93 kJ/(kg )
1.5.4.6
8
5mm 10%
8 (W/m2 K)
mm /
3 5.83 6.29 0.93
5 5.50 6.18 0.89
10 4.79 5.94 0.81
r0 0.05 3m/s
ri 0.11m2 /W
40 May, 2008

41. 1.5.5
GT ES
IT
1.5.5.1
38
2 7%
100 30%
39 3,000MPa
39
38
41 May, 2008

42. 39
1.5.5.2
1.5.5.2.2
42 May, 2008

43. 1.5.5.2.1
40
41
40 ( )
ASTM D 790 3mm 1.5mm/min
41 E
43 May, 2008

44. 0
42
E 0
43
44 May, 2008

45. E ES
44, 45
44 E ES 45 E ES
1.5.5.2.2
E 0.036mm/sec
46
45 May, 2008

46. 47
48
46 May, 2008

47. 1.5.5.2.3
ES
(R) R 49
50mm/min
49 E ES
47 May, 2008

48. 1.5.5.3
1.5.5.3.1
50
80
51
50 1
51 2
48 May, 2008

49. GT
52
GT 53
52 GT E
50% 80mm 80mm : 0.2kg, 0.5kg, 1.0kg
n 10
49 May, 2008

50. 53 E GT
JIS 3206:1979
ASTM ISO
50 May, 2008

51. 1.5.5.3.2
54
E
55
100mm 100mm 2mm 10
54
51 May, 2008

52. 150mm 150mm
JIS K 6718
200g
20
55
52 May, 2008

53. 1.5.5.3.3
ES E
ES E
ES 9
9 ES E
ES E
(cm)
130 55
( 1mm)
60 <25
( 0.7mm)
225g
3mm
mm
53 May, 2008

54. E ES
10 56
10 ES E
(J)
ES 60.2
E 7.8
1/2
2m/sec
1.6mm
3mm
mm
56 ES
54 May, 2008

55. 1.5.5.3.4
4mm
1
55 May, 2008

56. 1.5.5.4
( )
E 57
57 E
56 May, 2008

57. 1.5.5.4.1 E ES
E ES
58
58 ES E
57 May, 2008

58. 1.5.5.5
59 E
59 E
E ES
E ES
ES 60, 61
60 ES 61 ES
58 May, 2008

59. 1.5.5.6
E
120/min
100N 40MPa 50MPa
62
59 May, 2008

60. 1.5.5.7
63
63
E 11
11 E
E
MPa 116.6
MPa 2.9 103
JIS K 7181:94
10mm 10mm 30mm
9mm/min
60 May, 2008

61. 1.5.5.8
PMMA 12
12 PMMA
PMMA PMMA 0.45
PMMA 0.24
PMMA 0.28 0.57
ABS ABS 0.53
ABS 0.30
ABS 0.24 0.36
61 May, 2008

62. 1.5.5.9
1.5.5.9.1
3H
13
13
0.05mm
g g
70 91 1 1
PVC 26 49 2 3
AS 25 3
24 40 4 4
17 55 5 2
16 40 6 4
GP 12 7
ABS 11 34 8 6
10 33 9 7
HI 4 26 10 8
14-16
14 (PMMA)
R 588.4N, 12,7mm M 981.7N, 6.35 mm
PMMA 120.8 126.2 124.3 98.5 106.6 103.1
PVC 114.7 123.3 118.5 57.5 75.1 67.6
HIPS 105.0 116.0 107.9 24.7 54.5 29.8
PMMA 125 97 104
PVC 120 81
PC 126 72
ABS 111
PP 114 66
15 (PMMA)
PMMA H H
PVC HB
PC B B
ABS B B
62 May, 2008

63. 16
PMMA 19 21
PC 12 15
4 ( 136 ) /
1.5.6
17
17
JIS K 6911 1016
JIS K 6911 cm 1015
JIS K 6911 cm 1015
JIS K 6911 kv/mm 20
60Hz JIS K 6911( ) 3.3
103Hz 3.0
tan 60Hz JIS K 6911( ) 0.06
103Hz 0.04
1.5.6.1
1016
64
9
63 May, 2008

64. 64
64 May, 2008

65. 1.5.6.2 AS
AS
AS ( )
AS h
AS 30 40%
( ) ( )
2 2 1012
135-170 2 2.5 1012
15 6 1013
15 5 1013
15 6.2 1013
15 7.3 1013
JIS L1094
S5109
23 55%
10KV
30
AS
65 May, 2008

66. 66 May, 2008

67. 1.5.7
E
1.5.7.1
1.5.7.1.1
(JIS A 1321:1975)
18
PC
PVC ( )
mm 221 220 219 219
mm 5 6
g 291 160
min 466 414 350
CA 84 231
s 120 120 30
350 330 50
/3min
67 May, 2008

68. 1.5.7.1.2
JPI A 6:1965
19
380
290
1.5.7.2 ISO
20 ISO/TC92/WG4
61 14
14 14
%
1.5.7.3
ASTM E 84 UL 723
21
190
5mm 170
1.5.7.4
22
22
PMMA 290 300 450 462
PVC 320 340 435 557
PE 341 349
260
230 266 254
68 May, 2008

69. 1.5.7.5
3mm 18.8 2mm 18.6
23
(mm)
3 18.8
2 18.6
6 3 26.3
PE 3 19.3
PE 2 18.8
PP 3 19.0
PP A 3 28.1
PP B 3 31.9
PVC 3 26.5
PVC 3 53.0
3 16.1
AS 2 19.8
ABS 2 20.0
ABS 2 20.0
PS GF 10% 3 19.3
3 28.0
3 95.0
21.0
20.5
28.1
21.4
69 May, 2008

70. 1.5.7.6
E
24
24
g/ 1g
(kcal/kg) CO CO2 HCl
PMMA 6,200 0.08 2.28 0.00
PVC 4,300 0.24 0.38 0.38
PS 9,600 0.39 1.21 0.00
ABS 8,400 0.00
4,400 0.15 2.41 0.00
25
25
(kcal/kg)
11,140
10,965
10,506
9,800
9,604
ABS 8,424
AS 8,320
( ) 7,371
7,294
6,265
6,000
5,659
FRP 4,494
4,315
4,440
4,134
4,046
3,833
3,219
2,600
1,004
700 2,000
4,500
3,000 4,000
5,000 7,500
10,500
( ,22,5,P.41,1971)
70 May, 2008

71. 1.5.7.7
S59.5
26 a
mg/ 1g
(0.1g)
l/ HCI CO2 CO COS SO2 N2O NH3 HCN b(%)
100 738 210 72 185 34 62.5
c
50 502 195 65 187 9.5 51.2
100 619 178 6.5 18 13 30.0
50 590 207 6.5 16 6.4 29.7
100 286 657 177 11 69.3
50 279 594 207 6.5 2.3 6.4 68.8
100 590 205 9.8 31 40 94 15 60.7
66
50 563 194 3.5 26 39 82 7.4 55.7
100 796 157 17 18 16 10 8.5 63.3
50 738 173 32 21 20 13 4.2 62.1
100 556 108 56 5.9 7.4 37.7
50 630 132 59 7.8 4.2 42.7
100 666 173 3.3 21 43 14 51.4
d
50 625 160 1.1 17 37 6.4 44.5
100 1,796 161 2.5 423 2.1 85.1
50 1,892 219 2.5 451 1.1 92.7
100 1,138 153 2.2 16 2.3 7.4 52.9
e
50 961 228 3.3 33 4.6 6.4 52.7
100 1,193 96.7
50 980 80 22 92.5
100 576 194 34 84 96 81.8
f
50 702 190 27 136 59 86.6
100 1,573 16 90.6
50 1,397 65 2.0 1.1 2.1 86.1
a 700 800
b ( / )×100
c
d ( )
e (30phr)
f
71 May, 2008

72. 27
cal/g kcal/mh kcal/kg 1 2 3
Nm /kg
11,000
0.55 0.30 0.45 340 350 350 335 450 17.4 19.3 11.5
11,100
10,500
0.46 0.50 0.07 0.14 340 470 328 410 17.4 19.0 11.6
11,100
GP 0.32 0.04 0.12 9,600
350 370 488 496 300 400 17.8 19.0 10.3
HI 0.32 0.35 0.04 0.11 9,700
0.20 0.28 0.11 0.25 4,300 4.35
390 454 200 300 300 610 53.0 26.5
0.30 0.50 0.11 0.14 5,000
8,500
ABS 0.30 0.40 0.16 0.27 18.8 20.0
9,800
AS 0.32 0.34 0.10 9,700 370 455 19.8
2,000
0.32 0.11 532 532 225 275 60.0 3.65
2,600
6,300
0.35 0.14 0.22 280 300 450 462 170 300 17.3 18.8
7,700
0.38 0.40 0.21 7,400 420 424 310 380 24.0 24.3
0.25 0.36 0.58 ~5,400~ 483 488 307 370 465 508
0.40 0.45 0.06 0.27
4,500 310 415 3.6
0.017 0.33
4,000
0.35 0.40 0.25 0.35 623 307 380 440 604 31.3 32.0 4.9
4,600
0.38 0.42 0.11 0.22 7,600 280 470 30.0 8.0
3,900
0.40 0.25 0.36 244 320 320 560 5.0
4,400
1984
72 May, 2008

73. 1.5.8
E
E
73 May, 2008

74. 1.5.8.1
E
65
14.7MPa
65 E
74 May, 2008

75. 1.5.8.2
66
67
E
E 10 18MPa
26MPa
50 DIDP
DIDP DOP
DOP DOA
DBP
50
DOA
40
10
CCl4
DBP
30
n-
n-
CCl4
20
n-
n-
THF
MMA
10
MMA THF MEK
C2H4Cl2
(MPa)
C2H4Cl2
MEK
CH2Cl2
0 CH2Cl2
66 (1)
75 May, 2008

76. S
15%
50 S
15%
TN
LDA3084A
S-3
50 TN
LDA3084A
IPA-20
S-2
40
10
S-3
DAN
43%
30
S-2
LDA3084
S-3E
43%
G-4
IPA-20
20 DAN 7
3
S-3E 1
G-4
LDA3084
1,3
10
7
(MPa)
0
67 (2)
1.
2.
3. E 3 5
76 May, 2008

77. 1.5.8.3
68 E 69
68 E MH
69
77 May, 2008

78. 1.5.8.4
E
70 71
70 E
71 E
78 May, 2008

79. 1.5.8.5
1.5.8.6
3
18 /h
70 80 T T 8t/25 t
T T 6.5t/25 t
1.5.8.7
ES GT
( IT 72
( IT) ES GT
25 RH50%
72
79 May, 2008

80. 1.5.9
1.5.9.1 E
E( )
(30%) (DBP )
E ( 30 33 )
60 28
60 29 33 34
29 30
( )
E 30 60 31
E 60 32
28 60
80 May, 2008

81. 29 60
81 May, 2008

82. 30 E 3mm
30%
NaOH 30% ( )
30% (0.5 )
20% (1 ) 6
DMP 10
2
conc (1 ) m 2
30% 3 < >
(MG5) 1
30% 1
1
28%
KOH 50%
Na2CO3
Ca(OH)2
CaCl2
NaHCO3
Fe2Cl3 20%
KMnO4 <1/5N> ( ) 3
<30%>
DBP 1
DOP (60 )
20% 1
1
( A1 )
( KF54)
( )
82 May, 2008

83. 31 E 3mm 60
1
AB Oil
83 May, 2008

84. 32 ( ) E 3mm 60
2 30% 30% 1 * E
(28%) KOH50% 30% 30% ** E 1
Na2CO3 Ca(OH)2 CaCl2 ( ) Ca(OH)2 *** E 0.5 1
20%
20%*
20%* DOP**
(A1 )
( )
(A1 )
( )
***
6 30%* * E 0.5 1
1 ( conc*) 30%(KMnO4) 30%*** * E
20%*** ** E
DBP** *** E
DMP
m (MG5)
(
84 May, 2008

85. 33 3mm
30% 1
NaOH 30% ( A1 )
30% 1 ( ) ( KF54)
20% ( )
( )
conc (1 )
30% 3
DMP 10
30% 1 2
1
28% m 2
KOH 50% < >
Na2CO3 (MG5) 1
Ca(OH)2
CaCl2
NaHCO3
Fe2Cl3 20%
KMnO4 <1/5N> ( )
DBP 3
DOP
20% 1
<30%>
85 May, 2008

86. 34 3mm 60
1
1 3 6 1
3
3
AB Oil
( )
1. 33, 34
2. 60 20%
3. 60 1 % 10%
4.
5.
, 0.5%
, 0.5 1.0%
, 1.0 2.5%
86 May, 2008

87. 1.5.9.2
ES GT
IT 35
IT ES GT
35
36%
98%
20%
100%
15%
20%
100%
5%
10%
10%
24
20 60 3mm
87 May, 2008

88. 1.5.9.3 AS
AS 36
36 AS
24
10%
i 10%
n
n
i
n
10%
100%
30%
10%
36%
29%
100%
88 May, 2008

89. 1.5.9.4 E MR
E E MR 37
E MR
37 E MR
(3 )
30%
30%
1.5.9.5
E 38
38
(3 )
36
30
30
98
99
30 ( )
30
30
99
99
99
98
99
99
99
89 May, 2008

90. 1.5.9.6
39 40
39 1
40 2
1.5.10
41
41
(mm) 1,000Hz/dB
3 23
6 29
90 May, 2008

91. 1.5.11
E( )
E
1.5.11.1 E GT
E GT
42 E GT
73 R
E GT R
42 E GT
GT E
1mm
(3 )
(s) 15 15 (160 )
~ 180
73 73
(%) 150 1.4 0.3 (2.2 )
(%) 165 2.0 0.3 (2.2 )
( )
( )
(Mpa) 2.1 2.1 2
1s
10 s
GT
GT
E
GT 95 70 80
GT
91 May, 2008

92. 2mm 720mmHg
170mm 4mmR
73 GT E
92 May, 2008

93. 1.5.11.2
ES GT
IT 74
74
4mm 2mm
43 75
IT L
E
43
(MPa)
2mm 5mm 2mm 5mm
IT 1.8 3.3
1.4 1.7
ES 2.4 3.3
GT 2.2 3.4
: 30mm 60mm L 23 RH 63%
24h
:
:
93 May, 2008

94. 75
1.5.11.3 E
Eh
7 10
max
2(1- 2)R
max MPa
0.39
E 2744MPa
R mm
h mm
E
E 0.7
44
3mm R 3 240 720 mm
720mmR
44
(MPa) (MPa)
8.8 180 6.9 240
E 6.1 270 4.8 340
94 May, 2008

95. 200 E 240
1.5.11.4
E 76
D H
d d’
76
95 May, 2008

96. 1.6
1.6.1
3
45 030
45 ( )
(mm)
( ) ( )
2 86 13 0.23
( 3 79 19 0.41
030
) 5 66 27
040
2 58 41 0.80
3 60 39 0.75
032
5 56 40
2 56 43 0.79
3 49 50 0.87
040
5 40 55
2 59 40 0.64
3 52 44 0.86
( 043) ( 5 43 51
)
2 37 61 0.88
3 28 70 0.88
055
5 20 78 0.91
JIS B JIS K 7105-1981
T Bθ
B20 + B70 ⎛Bθ = Tθ ⎞
D
2 × B5 ⎝ cosθ⎠
043 055
96 May, 2008

97. 030 032 040 055 4 000
030
1.6.5
032
040
040
055 040
040
043
20 30 10
77
97 May, 2008

98. 032 040
043 043 040
( 043 ’07 )
1.6.2
77
77
(2mm 3mm )
1.6.4
46
40W 120cm l
98 May, 2008

99. 46
cm
030
2mm 5mm 3mm 78
99 May, 2008

100. 78
( 2 5 030 )
78 MT 039, 037
100 May, 2008

101. MT 030 47
47
(cm)
(cm)
MT 039 032 MT 037 030
10 9 9 21 26
20 15 16 ( >30 ) ( >30 )
15 15 ( >30 ) ( >30 )
79
79
101 May, 2008

102. 1.7 ( )
48
JIS
180 30
102 May, 2008

103. 48 3mm
% % % %
030 1) 79 19 464 4 10
032 60 36 581 1 6
040 49 50 589 4) 0
055 28 70 590 4) 0
200 90 625 21 12
300 45 669 8 45
352 3) 41 11 695 7
400 7 725 12 4
451 × 3) 33 11 735 7
600 10 743 7
651 × 3) 91 4 755 2
700 × 68 881 2
702 34 960 0
703 9 006 93
912 2) 21 010 93
915 40 MT007 925) 8
919 60 MT037 825) 21
068 8 83 305 15 23
165 9 71 415 2 24
250 40 42 452 3) 25 15
265 21 50 715 2 6
302 21 13 815 3 6
403 9
405 5
1 030 5
2 912 3
3 352 451 452 651
4) 589 590
5)
(SWOM)
600
600
300
3
100 150 1
(180 30 )
103 May, 2008