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mPa • s (t)

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C20t£º)

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(20t£º)

(CH3)₃SiOSKCH₃)3

0. 412 (37. 8)

¡ª68

100.1 (100.9)

0. 761 9

1. 377 4

CCH₃)3SiOCCCH₃)2SiO] Si(CH₃)3

0.703 (37. 8)

-86

151.7 (99. 59)

0. 820 0

1. 384 8

(CH3)₃SiOC(CH3)2SiO]₂Si(CH3)3

1.09 (37.8)

-76

194 (101.3)

0.853 6

1. 389 5

(CH3)3SiOC(CH₃)2SiO]₃Si(CH3)3

1. 50 (37.8)

-84

229 (101. 3)

0. 875 5

1. 392 5

(CH3)₃SiOC(CH₃)2SiO]4Si(CH3)3

1.91 (37.8)

-59

184.2 (13. 46)

0. 891 0

1. 394 8

(CH₃) 3 SiO[ (CH3) 2 SiO]₅ Si( CH3) 3

2. 58 (37. 8)

-78

184.5 (5. 33)

0.911

1. 396 5

(CH3>3SiOC(CH3>2SiO]6Si(CH3)3

2.87 (37. 8)

-63

202.0 (5. 24)

0. 913

1. 397 0

(CH3)3SiO[(CH₃)2SiO]7Si(CH3)3

3.38 (37. 8)

198.8 (2.13)

0.918

1. 398 0

(CH₃)3SiOC(CH3)2SiO]₈Si(CH3)3

3. 94 (37.8)

202.8 (1. 33)

0. 925

1. 398 8

(CH3)3SiO[(CH3)2SiO]9Si(CH3)3

4.52 (37.8)

201. 8 (0. 626)

0. 930

1. 399 4

(CH₃ )3 SiO[CH₃ (Ce Hs)SiO¡³Si(CH3 )3

95 (0. 666)

0. 908 0

1. 446 8

(CHshSiOLCHa (Ce Hs >SiO¡³₃Si(CH3 )3

13® (25)

190 (0.0266)

1.011 5

1.493 2

(CH₃)₃SiO[(C6H5)2SiO]SKCH3>3

7. 120 (25)

-78

130 (0.036)

0. 984

1. 498 1

(CH3)3SiO[(C6H₅)2SiO]2Si(CH3)3

32 (50)

40

208 (0.133)

(CH3 )₃SiOC(CH₂¡ªCH) (CH₃ )SiO]SiCCH₃ >3

78 <4.666)

1. 396 2

(CH₃)3SiOCCCH₂¡ªCH)(CH₃)SiO]₂Si(CH3)3

72 (0.266)

1.414 6

(CH₃)3SiO[(CH2=CH)(CH3)SiO]3Si(CH₃)3

125〜129 (1.466)

1.416 3

(CH₃)3SiO[(CH2¡ªCH)(CH3)SiO]4Si(CH₃)3

142〜147 (1.333)

1.419 8

(CH₃)3SiO[(CH2¡ªCH)(CH₃)SiO]₅SKCH3)3

167〜170 (0.266)

1. 422 8

(CH3)3SiOCCH₃CH)SiO] Si(CH₃>3

142 (101. 3)

0.819 4

1. 381 8

(CH3)3SiO[CH3(H)SiO]2Si(CH₃)3

177 (101. 3)

0. 855 9

1. 385 4

(CH₃ )3 SiO[CH₃ (H)SiO]3 Si(CH₃ )3

85.6 (1.33)

0.880 6

1. 387 8

(CH₃ )3 SiOCCH₃ (H)SiO]4 Si(CH₃ )3

106.5 (1.33)

0. 899 1

1, 389 5

(CH₃ )₃ SiOCCHa (H)SiO]5Si(CH₃ )3

12 (0.133)

1. 390 6

H(CH₃)2SiOSKCH3)3

85.7 (101.3)

0. 758

1. 378 9

H(CH₃)2SiOSi(CH3>2H

71.8 (101.3)

0. 756 4

1. 369 4

H(CH₃ ) 2 S1OCCH3 ( H)SiO]SKCH₃ ) 2 H

119 (101. 3)

0. 825

1. 379 8

H(CH3)2SiOCCH3(H)SiO]₂Si(CH3)2H

157 (101.3)

0- 867

1. 383 1

H(CH3)2SiOCCH3<H)SiO]₃Si(CH3)2H

188 (101.3)

0. 884

1. 385 9

(CHz =CH) (CH₃ )2 SiOSiCCHa )₃

120 (101. 3)

0. 787

I. 393 0

(CH₂ =CH)(CH3)2SiOSi(CH3)2(CH=CH2)

-99.7

139 (101.3)

0. 811

1.412 3

(CH₂ =CH) (CH₃ > 2 S1OSKCH3 >2 H

57 (17. 33)

0. 784

1. 394 7

HOC(CH₃)zSiO]₂H

67 〜68

1.095

1. 459

HOC(CH₃)2SiO]₃H

79〜82 (0. 266)

0. 999 9

1. 408 9

HOCCCH₃)₂SiO]4H

97〜100 (0.266)

0. 988 6

1. 405 4

HOC(CH₃)2SiO]₅H

104¡ª106 (0.20)

0. 991 4

1. 408 9

HOL(CH₃)2SiO]6H

119〜120 (0.266)

0_ 991 6

1. 409 9

HOC(CH₃)2SiO]₇H

130〜135 (0.266)

0. 989 1

1. 406 7

HOC(CH₃)2SiO]₈H

143〜145 (0* 266)

0. 991 2

1. 409 0

HOC(CH₃)₂SiO]9H

158 〜161 (0.266)

0. 992 1

1. 408 8

HOC(C€H₅)2SiO]₂H

113〜114

HOC(CeH5)2SiO]3H

111〜112

HOC(CfiH5)2SiO]4H

128.5

CH₃OC(CH₃>2SiO]2CH3

0.79¢Ù(25)

138 (101.3)

0. 904 9

1. 383 6

CH30C(CH3)zSi0]3CH₃

1.33¢Ù(25)

180 (101. 3)

0. 923 0

1. 389 0

CH3 0C(CH₃)zSi0]4CH₃

1.87¢Ù(25)

216 (101. 3)

0. 931 7

1. 392 3

CH₃0[(CH3)zSi0]5CH3

2. 51¢Ù£¨25)

247 (101. 3)

0.941 3

1. 394 9

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mPa • s (*C)

ÈÛµã/t

·Ðµã(kP_a)/*C

Ïà¶ÔÃÜ¶È (20*C)

ÕÛÉäÂÊ

(20t£º)

CH₃0[(CH3)2Si0]6CH3

3.11® (25)

273 (101. 3)

0. 947 0

1. 396 3

CH₃OC(CH₃)2SiO]7CH3

3. 60® (25)

151 (0.133)

0. 949 9

1.397 5

CH₃ OC (CH₃) 2 SiO]s ch₃

4. 53¢Ù(25)

165 (0.133)

0.955 1

1.398 9

C2H₅OC(CH3)2SiO]2C₂H5

0. 97© (25)

-134

161 (101.3)

0. 878 8

1. 388 0

C₂ H₅ OC (CH3) 2 SiO] 3 Cz h₅

1.35® (25)

¡ª 126

196 (101.3)

0. 902 4

1. 392 2

C₂ Hs OC(CH₃) ₂ SiO]₄ C2 H₅

1. 78® (25)

-124

227 (101.3)

0. 915 7

1. 395 0

C2HsO[(CH₃)2SiO]sC2H5

2. 24© (25)

-123

253 (101.3)

0. 920 7

1. 396 4

C2HsOC(CH3)2SiO]fiC2H₅

2. 75® (25)

-118

274 (101.3)

0. 931 7

1. 398 0

C₂H₅OC(CH3)2SiO]7C2H5

3. 28® (25)

-112

292 (101.3)

0. 934 6

1. 399 0