Jaunu asimetrisko organokatalizatoru dizains
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Latvijas Universitāte
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Jaunu asimetrisko organokatalizatoru dizains. Kalniņš T., zinātniskie vadītāji Dr. ķīm., asoc. prof. Sūna E., Dr. ķīm. Shubin K. Maģistra darbs, 94 lappuses, 37 attēli, 5 tabulas, 47 literatūras avoti. Latviešu valodā.
ORGANOKATALĪZE, ENANTIOSELEKTIVITĀTE, 1,3-PROPILĒNDIAMĪNI, TIOURĪNVIELAS ATVASINĀJUMI
Darbā sintezēti jauni, hirālu 1,3-propilēndiamīna skeletu un tiourīnvielas atlikumu saturoši organokatalizatori. To katalītiskā aktivitāte un enantioselektivitāte pārbaudīta Mihaela modeļreakcijās.
Design of novel asymmetric organocatalysts. Kalniņš T., supervisoS Dr. chem., asoc. prof. Sūna E., Dr. chem. Shubin K. Master`s thesis, 94 pages, 37 figures, 5 tables, 47 literature references. In Latvian. ORGANOCATALYSIS, ENANTIOSELECTIVITY, 1,3-PROPYLENEDIAMINES, THIOUREA DERIVATIVES Novel organocatalysts, containing chiral 1,3-propylenediamine and thiourea moiety, were synthesized. Their catalytical activity and enantioselectivity were tested in Michael modelreactions.
Design of novel asymmetric organocatalysts. Kalniņš T., supervisoS Dr. chem., asoc. prof. Sūna E., Dr. chem. Shubin K. Master`s thesis, 94 pages, 37 figures, 5 tables, 47 literature references. In Latvian. ORGANOCATALYSIS, ENANTIOSELECTIVITY, 1,3-PROPYLENEDIAMINES, THIOUREA DERIVATIVES Novel organocatalysts, containing chiral 1,3-propylenediamine and thiourea moiety, were synthesized. Their catalytical activity and enantioselectivity were tested in Michael modelreactions.