INVESTIGATION OF THE HOMOGENEOUS SYSTEM BASED ON RARE EARTH COORDINATION CATALYST AND ITS STRUCTURE OF ACTIVE SPECIES Ⅱ. Investigation on the Active Species for (CF3COO)2NdC·EtOH——Et3Al System
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Research Article|更新时间:2021-03-19
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INVESTIGATION OF THE HOMOGENEOUS SYSTEM BASED ON RARE EARTH COORDINATION CATALYST AND ITS STRUCTURE OF ACTIVE SPECIES Ⅱ. Investigation on the Active Species for (CF3COO)2NdC·EtOH——Et3Al System
Jln Ying-tai, LI Xing-min, Sun Yufahg, OUYANG Jun. INVESTIGATION OF THE HOMOGENEOUS SYSTEM BASED ON RARE EARTH COORDINATION CATALYST AND ITS STRUCTURE OF ACTIVE SPECIES Ⅱ. Investigation on the Active Species for (CF3COO)2NdC·EtOH——Et3Al System. [J]. Acta Polymerica Sinica (5):358-362(1984)
DOI:
Jln Ying-tai, LI Xing-min, Sun Yufahg, OUYANG Jun. INVESTIGATION OF THE HOMOGENEOUS SYSTEM BASED ON RARE EARTH COORDINATION CATALYST AND ITS STRUCTURE OF ACTIVE SPECIES Ⅱ. Investigation on the Active Species for (CF3COO)2NdC·EtOH——Et3Al System. [J]. Acta Polymerica Sinica (5):358-362(1984)DOI:
INVESTIGATION OF THE HOMOGENEOUS SYSTEM BASED ON RARE EARTH COORDINATION CATALYST AND ITS STRUCTURE OF ACTIVE SPECIES Ⅱ. Investigation on the Active Species for (CF3COO)2NdC·EtOH——Et3Al System
A new bimetallic crystalline lanthanide complex which is active for polymerization of dienes was isolated from the homogeneous solution prepared by the reaction of (CF3COO)2NdCl·EtOH with Et3Al.A bridged structure of the lanthanide complex was proposed.