314 JOURNAL OF THE SOCIETY OF COSMETIC CHEMISTS 21 22 •CH2C H2C HC(CH3)2 ••11 HCHC H2 OH C HC H2C HC(C H3)C H2 OH 50 O••COCH3 24 H3C CCH2 ••CHC &5 •H2C H2C HC(C H 3) C H2 OH 52 H2CHC(CH3)2 !• R= NH 2 7 R=OH • R=CN 9 R=CHO •1 R=CH2NH2 12 R=CH20H q? R=COCH] q9 R=CH(OH)CH] 20 R=COOH 23 R= COC2H 5 25 R =CH2CH2CHO 26 R= CH2N(CH]) 2 27 R= C(CH3)20H 28 R=CH(OH)C2H 5 29 R=COOCH] ]0 R=OCOCH] 31 R=CH2NO 2 ]2 R =COCHCHCH] 33 R=CHCHCOCH3 :]4 R=COC]H7 35 R=CHCHCOOH 36 R =CON(CH3)2 /CH:] 38 R=C(OH)Nc2H 5 ]9 R =CH(OH)C]H7 4O R=CH2CH2CO0 H 41 R= CH2N•(CH3) 2 0 42 R- Br

ISOCAMPHANE DERIVATIVES 315 43 R= COCHCHCHCH2 4B R= COCHCHC2Hs 47 R= COC•Ha 41• R = C H(OH)C4 H9 49 R=CH2Br 51 R = COCHCHCH(CH3)2 s]R =CH2CH2CHC(CH3)CH20H 54 R = C OC H2C H2C H(C H]) 2 55 R = COCHCH--• .56 R = COCH2CH2C6H11 Nummer Tabelle 2 Physikalische Konstanten Molekular- gewicht Siedepunkt Volumen des in K Molektilmodells mml 1 124 416 311,0 2 126 435 374,5 3 134 431 325,5 4 136 424 325,5 5 138 465 304,0 6 139 458 342,0 7 140 361 333,0 8 149 520 360,0 9 152 490 356,5 __ 10 152 [ S chmp. 375} 374,5 11 153 491 378,5 12 154 501 369,5 13 154 449 376,0 14 154 478 369,5 15 164 483 371,0 16 166 497 384,0 17 166 494 393,0 18 166 507 384,0 19 168 497 406,0 20 168 545 378,5 21 178 515 452,0 22 180 385 407,5 23 180 506 429,5 24 180 -- 371,0 (Schm. 316} 25 180 607 429,5 26 181 483 451,5