Destillative Diastereomerentrennung ‐ ein neues Verfahren zur Darstellung von optisch aktiven heterocyclischen Carbonsäuren

Abstract

merksamkeit entgegengebracht; es besteht jedoch ein Mangel an geeigneten Modellmembranen fur die Aggregation, ein Umstand, der einem Verstandnis dieses Vorgangs lange Zeit im Wege gestanden haben konnte. Die hier vorgestellten einkettigen Systeme und ihre durch fluorierte Ketten induzierten aul3ergewohnlichen Aggregationseigenschaften konnen dabei helfen, einen Einblick in die Wechselwirkungen zwischen amphiphilen Oberflachen zu erhalten.

New technique in optical resolutions

“….2952 (2) .3256 (3) .3586 (2) .3568 (3) .3251 (3) .3332 (3) .3737 (3) .4237 (3) .4178 (2) .427(8) .4762 (3) .5041 (3) .4883 (3) .5513 (4) .5732 (4) .5703 (4) .6076 (4) .5421 (4) .5557 (4) .4962 (3) .4758 (3) .4408 (3) .5041 (3) .5395 (3) .5211 (4) .5698 (4) .4763 (5) .4898 (5) .4156 (5) .3809 (5) .3972 (4) .3482 (4) .2906 (3) .3326 (3) .363 (4) .2380 (4) .2380 (5) .2758 (5) .1906 (7) .1917 (7) .1434 (6) .1069 (6) .1412 (5) .1037 (5) .0958 (4) .1946(8) .2867 (5) .2323 (6) .2820 (6) .0814 (7) .0114 (7) .2519 (6) .1861…”

“…3496(8) .182 (1) .234 (1) .047(1) -.005 (1) -. 0173(9) -.1223 (9) .0496(8) -.0034 (8) .4061 (6) .4379 (7) .3562(7)…”

“….5695(8 -. 0173 (6) .056(8) .1158(8) .173 (1) .146 (1) .263 (2) .304 (2) .302 (1) .373 (1) .247 (1) .278 (1) .047 (2) .053 (4) .049 (2) .039 (3) .0259 (3) .041 (3) .0394 (3) .039 (3) .051 (2) .283 (1) .041 (3) .055 (4) .0574 (4) .075 (5) .1355 (5) .080 (6) .1182 (6) .083 (6) .0635 (6) .062 (5) .0662 (5) .041 (3) .050 (4) .0527 (4) .064 (5) .0356 (4) .073 (5) .1238 (4) .072 (5) .0976 (5) .061 (5) .1123 (4) .049 (4) .070 (3) .071 (5) .064 (5) .103 (7) .1253 (6) .15 (1) .348 ( 1) .15 (1) .254…”

“….1888 (4) .1872 (4) .2623 (3) .2799 (3) .3122 (3) .2558 (4) .2687 (4) .2162 (5) .1990 (5) .1986 (5) .1662 (5) .2212 (4) .2068 (4) .3727 (5) .3473 (5) .4067 (5) .3979 (5) .2742 (4) .2963 (4) .2442 (4) .2451 (4) .5017 (5) .5444 (4) .5264 (4) .6084 (4) .6410 (4) .6312 (7) .6823 (7) .5908(9) .6090(9) .5259 (7) .4933 (7) .4309 (4) .4076 (4) .4126 (4) .4144 (3) .4346 (3) .3426 (3) .3207 (3) .3234 (5) .3324 (3) .4437 (3) .432 (6) .487 (5) . -.…”

“…3833 (9) -.3926(9) -.4969(9) -.322 (1) -.370 (1) -. 1872 (9) -.1326(9) .1237(9) .0545(9) .0651(9) .2010(9) .275 (1) .351 (1) .328 (1) .206 (1) .5188(8) .5862(8) .6387(8) .587 (1) .643 (1) .516 (1) .513 (1) .447 (1) .395 (1) .4482(9) .3926(9) .516 (1) .452 (1) .621 (1) .4589(8) .5322(8) .448 (1) .547 (1) .372 (1) .417 (1) .3209 (6) .29 (1) .35 (1) .078 (6) .0860 (7) .051 (4) .059 (4) .0696 (4) .068 (5) .1211 (5) .086 (6) .0881 (6) .096 (7) .1144 (7) .077 (5) .1716 (5) .076 (5) .0412 (4) .1337 (4) .2547 (4) .078 (5) .0628 (5) .0272 (5) .1057 (5) .075 (4) .073 (5) .1439 (4) .094 (6) .1475…”