Engineering thermoplastics properties

Margolis, J. M., editor. Engineering Thermoplastics, Properties and Applications Marcel Dekker New York, 1985. 

Engineering Thermoplastics Properties and Applications, edited by James M. Margolis... 

This discovery of the combined importance for high catalyst activity of biden-tate ligands and weakly coordinating anions around a cationic palladium(II) center has, for the first time, given access to efficient synthesis of polyketones. These new catalysts opened the way to economically attractive production and, equally important, provided much more stable polymers with catalyst residues now measured in parts per million rather than percentages. Polyketone thermoplastics have been developed to be easily melt-processable, and could therefore be shown to exhibit a unique set of desirable engineering thermoplastic properties [2]. 

Engineering Thermoplastics Properties and Applications, edited by Jarttes M. Margolis 9 Structural Foam A Purchasing and Design Guide, Bruce C. Wendle... 

Serle, A. G. In Engineering Thermoplastics Properties and Application, edited by J. M. Margolis. Marcel Dekker, New York, 1985, p. 151. 

J M Margolis (ed.). Engineering Thermoplastics—Properties and Applications, New York, Marcel Dekker, 1985. 

Margolis, JM Ed. Engineering Thermoplastics Properties and Applications Marcel... 

Computer-Aided Design of Polymers and Composites, D. H. Kaelble Engineering Thermoplastics Properties and Applications, edited by James M. Margolis... 

In order to achieve higher-performing engineering thermoplastic properties, significant modification of the polymer backbone is required. The use of carbon monoxide as a comonomer has been of interest based on its abundance and its ability to confer functionahty. However, conventional early transition metal polyolefin catalysts are ineffective at copolymerizing olefins with carbon monoxide. 

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