High Temperature Resistant Polymers |
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Page 23
... polymeric material depends on the specific application , application test methods have been developed . Since several property requirements determine utility in many applications , physical , mechanical , and electrical properties as ...
... polymeric material depends on the specific application , application test methods have been developed . Since several property requirements determine utility in many applications , physical , mechanical , and electrical properties as ...
Page 216
... Polymeric Boron Complexes The polymeric materials included in this classification were those which may be regarded as derived from monomeric units by ... Polymeric Boron Complexes • Polymers Having Only Boron and Nitrogen in the Main Chain.
... Polymeric Boron Complexes The polymeric materials included in this classification were those which may be regarded as derived from monomeric units by ... Polymeric Boron Complexes • Polymers Having Only Boron and Nitrogen in the Main Chain.
Page 255
... polymeric phthalocyanines withstood heating in air up to 350 ° C but decomposed slowly at temperatures in excess of 400 ° C . Similarly , polymeric chelate compounds have been prepared by the reaction of tetracyanoethylene or mixtures ...
... polymeric phthalocyanines withstood heating in air up to 350 ° C but decomposed slowly at temperatures in excess of 400 ° C . Similarly , polymeric chelate compounds have been prepared by the reaction of tetracyanoethylene or mixtures ...
Contents
Thermal Stability of Polymers | 1 |
Aromatic Polymers | 38 |
Aromatic Polymers Containing Functional Groups in the Chain | 78 |
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3,3'-Diaminobenzidine 4,4'-Diaminodiphenyl 900 TEMPERATURE aliphatic aromatic polyamides Beaman and F. B. benzene bond C. S. Marvel carbon CH₂ chelate Chem chemical chloride compounds crystalline curves cyclized decomposition derived diamines differential thermal analysis electrical properties elevated temperatures ENDOTHERM EXOTHERM F. B. Cramer fibers film glass transition temperature groups H₂N heterocyclic high melting high molecular weight inherent viscosity insoluble Isophthalic Khim ladder polymer m-Phenylenediamine material melting point metal molecular weight monomer Nauk nitrogen Nomex p-phenylene p-xylene Phenyl phenylene poly poly-p-phenylene poly-p-xylylene polybenzimidazoles polybenzoxazoles polyesters polyhydrazides polyimide polymer chain Polymer Chem polymer melt temperature Polymer Sci polymerization polymers containing polyphenylene oxides prepared pyrolysis Pyromellitic R. G. Beaman reaction resin ring showed silicones Soedin soluble solvents structure sulfone sulfuric acid Table temp tensile Terephthalic TGA plot thermal stability thermogravimetric analysis V. V. Korshak Vysokomolekul weight loss WEIGHT PERCENT RESIDUE yielded