2nd ed. – New Jersey, Prentice Hall PTR, 1995. – 509 p.
Introduction to polymer science.
The synthesis of high polymers.
Solution properties, thermodynamics, and molecular-weight determination.
The solid-state properties of polymers.
Viscoelasticity and rubber elasticity.
Degradation, stadility, and environmental issues.
Polymer additives. Blends, and composites.
Commodity thermoplastics and fibers.
Network polymers: elastomers and tuermosets.
Engineering and specialty polymers.
Polymer processing and rheology.
Applications for polymers in separations, biotechnology, and electronics.
Introduction to polymer science.
The synthesis of high polymers.
Solution properties, thermodynamics, and molecular-weight determination.
The solid-state properties of polymers.
Viscoelasticity and rubber elasticity.
Degradation, stadility, and environmental issues.
Polymer additives. Blends, and composites.
Commodity thermoplastics and fibers.
Network polymers: elastomers and tuermosets.
Engineering and specialty polymers.
Polymer processing and rheology.
Applications for polymers in separations, biotechnology, and electronics.