Advances in the Chemistry of Thermally Stable PolymersZbigniew J. Jedliński |
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Contents
Contributors | 4 |
Investigations on polyphenylquinoxalines | 49 |
Polymers containing dinaphthalene units in the chain | 81 |
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2,4-diaminoanisole 2,4-diaminotoluene acid activation energy aromatic aromatic polyesters atoms benzene Bond energy CH₂ char residue Chem Chemical Structure coated combustion compounds condensation copolymers crosslinking decomposition degradation dehydrochlorination Dielectric dimer electron end groups Errede film flammability formation formed g/mole glass transition glass transition temperature H₂ H₂COH H₂N heat Hergenrother heterocyclic high molecular weight high temperature Hörhold hydrogen investigated ionization ions J. M. Augl Kapton kcal/mole lignin m-cresol macromolecules main chain mass spectrometry material mechanical molecular weight molecules monomer naphthalene NH₂ obtained OCH3 oligomers oxide oxygen index p-xylene paracyclophane PCO IIB peak photoconductivity poly poly-PX polycondensation polyesters polyimides polymer chain Polymer Sci polymerization polymers containing polyphenylene polyxylylidene PPOO PX monomer pyrolysis pyrolysis residue pyrolyzate radical reaction resistance Soedin soluble solution solvents synthesis TABLE thermal stability thermally stable polymers thermogravimetric analysis thermostable polymers transition temperatures unit V. V. Korshak Vysokomol Wrasidlo xylylidene yield Z. J. Jedliński