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By R. R. Gupta (auth.), K.-H. Hellwege, A. M. Hellwege (eds.)

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4 Measured Meth. Ref. C e 23 28 23 23 47 60 67 f g i i j -xm * 106 [cm3 mol- ‘1 Ref. 13 (satd. 65 (satd. 44 (satd. 42 22 255 23 f 461 cont. 08 g i . 20 27 27 45 0. 452 H,C-(CH,),-CH, 453 454 H,C-(CH,),-OH 455 H3C-(CH2)2-$-(CH,),-CH, H,C-(CH,),-C; OH OH 456 H,C-(CH,),-CH=CH, 457 H,C-(CH&-CH=CH-CH, 458 HA\ / KC c=--o-w---c P \ H,C-(CH,),-NH, 461 H,C-(CH,),-C-CH=CH-CI al Br 464 H,C-(CH,),-C=ST-CH, 465 Br-jr-jr-Br Br 462 459 H,C-(CH,),--C; Cl Cl CR&--CH, 460 0 463 H,C-(CH,),-CECH No. Name Gross formula 469 n-Hexadecane 470 I-Hexadecanethiol (I-Mercaptohexadecane) 471 472 1,5-Hexadiene (Diallyl) 2,3-Hexadiene 473 Hexafluoroethane GF6 474 Hexafluoropropene GFs 475 2,2,4,7,9,9-Hexamethyldecane 476 n-Hexanal (1 -0xohexane) 477 Hexanamide 478 n-Hexane 479 1,dHexanediol (Hexamethyleneglycol, 1,6-Dihydroxyhexane) G6% Calculated Measured -&.

Ref. -&. IO6 [cm3 mol- ‘1 Ref. 3 3 3 38 38 38 38 Ref. p. 1 Aliphatic compounds Gupta No. Name Gross formula 281 282 NJ’-Dihexyl-6-keto-undecanedioic NJ’-Dihexyl-sebacdiamide 283 284 NJ’-Dihexyl Calculated -,&. 106 [cm3 mol- ‘1 Measured Meth. Ref. z 60 23 23 23 -,ym - 106 [cm3 mol- '1 Ref. Td CH,--OH CH, -(cWd-(CH,), CH, 293 H&-N; H 3C/“\:, 0 o--c% 94 295 H,C-C$ 296 H,C-O-CH2-O-H, r: C=CH, H3C-C+ 297 C+CH, “\,H 3 CH, H,C-y-f%IH--CH, CH, CH, 301 -CH,-C ‘T-C”*CH, CH, KC, 300 H,C-CH,-$bCH, CH, 298 H&=f p 299 3 H3 /CH, ‘C--’ H& ’ ‘CH 3 !

Ref. f 6 b 3X 38 C f 6 C e f g i j 20 23 23 23 23 28 23 23 47 67 C,,Hm ketone C,3H2,CI0 C,H,,O, -x,,, . 10” [cm” mol- ‘1 Ref. 30 hydrochloride C,H,N, HCI 21 C f 6 14 23 23 23 Ref. p. 1 Aliphatic compounds Gupta No. Name Gross formula Measured Calculated -,I& * 106 [cm3 mol-‘1 Meth. Ref. -xm. 106 [cm3 mol-‘1 Ref. 50 C f g 23 23 23 Ref. p. 1 Aliphatic compounds Gupta No. Name Gross formula Measured Calculated -,ym. IO6 [cm3 mol- ‘1 Mcth. Ref. -& * 106 [cm” mol- ‘1 Ref. 71 CIOHMO~ Cl 7 CH--CdCH, 14 48 ‘H No.

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