Add to ORKGHomopolymerizations of 1-olefins in aqueous emulsions with Ni(II) salicylaldiminato complexes starting from a monomer miniemulsion, affords dispersions of poly(1-olefins). Microstructures can be varied by control of the chain running capability of the catalyst via remote substituents of the ligand. 2,1-insertion has been unambiguously shown for a neutral Ni(II) polymerization catalyst for the first time.The catalyst aktivity in ethene homopolymerisation and the influence of polar compounds were systematicaly investigated in non aqueous media.New binuclear Salicylaldiminato-Ni(II)-complexes were synthesized and investigated the ethene homopolymerization
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
Homopolymerizations of 1-olefins in aqueous emulsions with Ni(II) salicylaldiminato complexes starti...
Polymerization of 1-olefins and the polymer microstructures formed have been studied intensly with e...
There has been increased interest in late transition metal catalyzed olefin polymerizations. This is...
Aqueous coordination polymerization of ethylene by different neutral nickel(II) complexes [(X^O)NiR(...
Aqueous coordination polymerization of ethylene by different neutral nickel(II) complexes [(X^O)NiR(...
A series of new binuclear neutral κ2-N,O-chelated Ni(II) complexes [(H2C)n{[(2,6-R2-4-yl-C6H2)-N =C(...
Water-soluble single-component (kappa2-N,O)-salicylaldiminato nickel-methyl complexes 1-4-L (L = TPP...
Water-soluble single-component (kappa2-N,O)-salicylaldiminato nickel-methyl complexes 1-4-L (L = TPP...
Ni2+ coordinated within a bowl-shaped diimine ligand with two pentiptycenyl-substituents [(diimine)N...
The late transition metal catalysts based on end group of transition metals in the periodic table li...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
Homopolymerizations of 1-olefins in aqueous emulsions with Ni(II) salicylaldiminato complexes starti...
Polymerization of 1-olefins and the polymer microstructures formed have been studied intensly with e...
There has been increased interest in late transition metal catalyzed olefin polymerizations. This is...
Aqueous coordination polymerization of ethylene by different neutral nickel(II) complexes [(X^O)NiR(...
Aqueous coordination polymerization of ethylene by different neutral nickel(II) complexes [(X^O)NiR(...
A series of new binuclear neutral κ2-N,O-chelated Ni(II) complexes [(H2C)n{[(2,6-R2-4-yl-C6H2)-N =C(...
Water-soluble single-component (kappa2-N,O)-salicylaldiminato nickel-methyl complexes 1-4-L (L = TPP...
Water-soluble single-component (kappa2-N,O)-salicylaldiminato nickel-methyl complexes 1-4-L (L = TPP...
Ni2+ coordinated within a bowl-shaped diimine ligand with two pentiptycenyl-substituents [(diimine)N...
The late transition metal catalysts based on end group of transition metals in the periodic table li...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...
The introduction of polar functional groups into the polyolefin skeleton is a challenging goal of hi...