V monografii opisan sposob funktsionalizatsii atsetilenovykh soedineniy, dlya polucheniya ryada funktsional'no zameshchennykh proizvodnykh atsetilena, v tom chisle, peroksidov. Razrabotany metody sinteza atsetilenidov litiya, serebra i rtuti metallirovaniem atsetilena i ego monozameshchennykh proizvodnykh. Izucheny ikh reaktsii s galogenami, ditiotsianom, khlorangidridami alkilkarbonovykh kislot, al'degidami, ketonami, dioksidom ugleroda, dimetilformamidom i khlorsilanami. Ob"ektami issledovaniy yavlyalis': atsetilen, monozameshchennye atsetilenovye soedineniya, v tom chisle, soderzhashchie fragmenty prirodnykh soedineniy, tret.-alkil-, tsikloalkil- i aralkilperoksidnye gruppy. Metody issledovaniya – khimicheskiy sintez, PMR, YaMR-13S, IK- i UF-spektroskopiya, derivatografiya. Izuchena vozmozhnost' prakticheskogo primeneniya funktsional'no-zameshchennykh proizvodnykh atsetilena v kachestve istochnikov svobodnykh radikalov v razlichnykh protsessakh polimernoy khimii. Issledovany protsessy termoliza i fotoliza peroksidsoderzhashchikh i metallsoderzhashchikh atsetilenovykh soedineniy. Monografiya soderzhit 216 tablits, 40 risunkov i 731 bibliograficheskuyu ssylku.
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