Site Navigation
Categories:
Elastomers
Materials science
Polymer physics

Summary Of: Elastomer

linkages ensure that the elastomer will return to its original configuration when the stress is removed...

Encyclodia Page On: Elastomer

These Are Links To Other Documents
polymer | elasticity | rubber | vulcanisates | monomers | glass transition temperature | ambient temperatures | E | seals | adhesives | A is a schematic drawing of an unstressed polymer. The dots represent cross-links. B is the same polymer under stress. When the stress is removed, it will return to the A configuration. | thermosets | vulcanization | thermoplastic | thermoplastic elastomer | cross-link | thermodynamic reasons | Boltzmann's Constant | noncovalent bonding | Young's Modulus | Rubber | Polyisoprene | Butyl rubber | isobutylene | isoprene | Halogenated | Polybutadiene | Styrene-butadiene | Nitrile Rubber | acrylonitrile | Buna N rubbers | Hydrogenated | Chloroprene | polychloroprene | Neoprene | ethylene propylene rubber | ethylene | propylene | EPDM rubber | diene | Epichlorohydrin | Silicone rubber | FKM | Viton | Tecnoflon | Aflas | Tecnoflon | Kalrez | Polyether Block Amides | Ethylene-vinyl acetate | Thermoplastic elastomers | Polyurethane | proteins | resilin | elastin | Polysulfide | ISBN 0-13-030533-2 | Categories | Elastomers | Materials science | Polymer physics |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Elastomer".