Topics
olefinChemical compound
As an alternative to the standard Cossee mechanism, in which olefin insertion involves two sites at a single metal centre, we have investigated a true dinuclear alternative where the chain switches between two different metal centres at each insertion
A large number of DFT approaches, including classical GGA approximations, hybrid HF/DFT approaches, ...
In contrast to early transition metal complexes of d\(^0\) electron configuration, their main group ...
Using density functional theory calculations we have studied ethylene polymerisation activity of exp...
As an alternative to the standard Cossee mechanism, in which olefin insertion involves two sites at ...
As an alternative to the standard Cossee mechanism, in which olefin insertion involves two sites at ...
The mechanism for the polymerization of ethylene via a mononuclear aluminum catalyst has been shown ...
We have studied the balance between olefin insertion and beta -hydrogen transfer to monomer for all ...
The effect of substituent variation on olefin insertion and chain, transfer in cationic aluminum ami...
In the 40 years since the discovery of transition metal catalysts for olefin polymerization by Ziegl...
Available exptl. data for several metallocenes indicate that the ethene/propene copolymn. ratio rc ...
The cooperative effect in bi- and multinuclear metal complexes is of great interest in catalysis sin...
Aluminum amidinate species, found to be active in ethylene polymerization, have been studied using a...
Metallocenes, whether using a cocatalyst or not, act as catalysts in ethylene polymerization. The po...
Aluminum complexes, specifically those employing bulky ligand frameworks such as sal (sal = 2-[CH	...
Even after several decades of intense research, mechanistic studies of olefin polymerization by earl...
A large number of DFT approaches, including classical GGA approximations, hybrid HF/DFT approaches, ...
In contrast to early transition metal complexes of d\(^0\) electron configuration, their main group ...
Using density functional theory calculations we have studied ethylene polymerisation activity of exp...
As an alternative to the standard Cossee mechanism, in which olefin insertion involves two sites at ...
As an alternative to the standard Cossee mechanism, in which olefin insertion involves two sites at ...
The mechanism for the polymerization of ethylene via a mononuclear aluminum catalyst has been shown ...
We have studied the balance between olefin insertion and beta -hydrogen transfer to monomer for all ...
The effect of substituent variation on olefin insertion and chain, transfer in cationic aluminum ami...
In the 40 years since the discovery of transition metal catalysts for olefin polymerization by Ziegl...
Available exptl. data for several metallocenes indicate that the ethene/propene copolymn. ratio rc ...
The cooperative effect in bi- and multinuclear metal complexes is of great interest in catalysis sin...
Aluminum amidinate species, found to be active in ethylene polymerization, have been studied using a...
Metallocenes, whether using a cocatalyst or not, act as catalysts in ethylene polymerization. The po...
Aluminum complexes, specifically those employing bulky ligand frameworks such as sal (sal = 2-[CH	...
Even after several decades of intense research, mechanistic studies of olefin polymerization by earl...
A large number of DFT approaches, including classical GGA approximations, hybrid HF/DFT approaches, ...
In contrast to early transition metal complexes of d\(^0\) electron configuration, their main group ...
Using density functional theory calculations we have studied ethylene polymerisation activity of exp...
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