Block Copolymers in Liquid Crystal Solvents

Liquid crystals enjoy a wide range of technological
applications, perhaps the best-known being the LCD,
or liquid crystal display. When combined with
polymeric materials the resulting solutions have a
range of physical properties not present in either
material alone and this coupling imparts useful
properties such as novel electro-optic switching
combined with easy processability. This book
explores the relationships between polymers and
liquid crystals through experimental investigations
of their solutions.

Autorentext

Neal Scruggs holds a bachelor's degree from the University of Kentucky in Lexington and a Ph.D. from the California Institute of Technology in Pasadena, both in chemical engineering. His doctral thesis work earned him five publicaitons in peer-reviewed journals and a post-doctoral research fellowship at NIST in Gaithersburg, MD.

Klappentext

Liquid crystals enjoy a wide range of technological applications, perhaps the best-known being the LCD, or liquid crystal display. When combined with polymeric materials the resulting solutions have a range of physical properties not present in either material alone and this coupling imparts useful properties such as novel electro-optic switching combined with easy processability. This book explores the relationships between polymers and liquid crystals through experimental investigations of their solutions.