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Polyimides

Tipo de material: TextoTextoSeries ; J Polym Sci Macromol Rev, 11, p.161-208, 1976Trabajos contenidos:
  • Sroog, C.E
Tema(s): Recursos en línea: Resumen: This review paper, which is based on bibliography data, is concerned with synthesis, properties and applications of polyimides with particular attention to the aromatic polyimides which are available in a variety of commercial forms and have become the standard of reference for performance of other high-temperature polymer materials. Syntheses of aromatic diamine-based polyimides cover the following polymers: polyamic acids and their conversion into polyimides, polyamideimides, and polyesterimides. Properties discussed include: thermal stability (structure vs. thermal stability, activation energy for thermal degradation); hydrolytic stability; radiation resistance; solution properties and mol. wt; UV stability; crystallinity; color; and transition temperatures. Properties of polyimide films and glass reinforced polyimide composites are tabulated. Refs.
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This review paper, which is based on bibliography data, is concerned with synthesis, properties and applications of polyimides with particular attention to the aromatic polyimides which are available in a variety of commercial forms and have become the standard of reference for performance of other high-temperature polymer materials. Syntheses of aromatic diamine-based polyimides cover the following polymers: polyamic acids and their conversion into polyimides, polyamideimides, and polyesterimides. Properties discussed include: thermal stability (structure vs. thermal stability, activation energy for thermal degradation); hydrolytic stability; radiation resistance; solution properties and mol. wt; UV stability; crystallinity; color; and transition temperatures. Properties of polyimide films and glass reinforced polyimide composites are tabulated. Refs.

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