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About this product
Product Identifiers
PublisherAmerican Chemical Society
ISBN-100841236895
ISBN-139780841236899
eBay Product ID (ePID)1726340
Product Key Features
Number of Pages336 Pages
LanguageEnglish
Publication NameAnisotropic Organic Materials : Approaches to Polar Order
SubjectTextiles & Polymers, Optics, Chemistry / Organic, Astronomy
Publication Year2001
TypeTextbook
Subject AreaTechnology & Engineering, Science
AuthorPiotr Kaszynski
SeriesAcs Symposium Ser.
FormatHardcover
Dimensions
Item Height0.8 in
Item Weight21.2 Oz
Item Length9.1 in
Item Width6.2 in
Additional Product Features
Intended AudienceCollege Audience
LCCN2001-033290
Dewey Edition21
Reviews"Papers from a symposium at the 218th National Meeting of the American Chemical Society, held in August 1999 in New Orleans, Louisiana, report on recent advances in the development of organic materials for optics. Papers are arranged in sections on characterization of polar materials, organic thin films, molecular materials and crystals, liquid and crystals, and liquid crystals. Specific topics include quantitative measurement of internal molecular electric fields in solids, self-assembly growth of organic thin films and nanostructures by molecular beam deposition, and iodine and organoiodide templates in supramolecular synthesis. Other topics are optical probes of crystal growth mechanisms, applications of organic microcrystals, and design of smectic liquid crystal phases using layer interface clinicity. Glaser teaches chemistry at the University of Missouri-Columbia. Kaszynski teaches chemistry at Vanderbilt University."-- SciTech Book News, "Papers from a symposium at the 218th National Meeting of the American Chemical Society, held in August 1999 in New Orleans, Louisiana, report on recent advances in the development of organic materials for optics. Papers are arranged in sections on characterization of polar materials, organicthin films, molecular materials and crystals, liquid and crystals, and liquid crystals. Specific topics include quantitative measurement of internal molecular electric fields in solids, self-assembly growth of organic thin films and nanostructures by molecular beam deposition, and iodine andorganoiodide templates in supramolecular synthesis. Other topics are optical probes of crystal growth mechanisms, applications of organic microcrystals, and design of smectic liquid crystal phases using layer interface clinicity. Glaser teaches chemistry at the University of Missouri-Columbia.Kaszynski teaches chemistry at Vanderbilt University."--SciTech Book News, "Papers from a symposium at the 218th National Meeting of the American Chemical Society, held in August 1999 in New Orleans, Louisiana, report on recent advances in the development of organic materials for optics. Papers are arranged in sections on characterization of polar materials, organic thin films, molecular materials and crystals, liquid and crystals, and liquid crystals. Specific topics include quantitative measurement of internal molecular electric fields in solids, self-assembly growth of organic thin films and nanostructures by molecular beam deposition, and iodine and organoiodide templates in supramolecular synthesis. Other topics are optical probes of crystal growth mechanisms, applications of organic microcrystals, and design of smectic liquid crystal phases using layer interface clinicity. Glaser teaches chemistry at the University of Missouri-Columbia. Kaszynski teaches chemistry at Vanderbilt University."--SciTech Book News, The papers are excellent in their scientific quality , they are all well referenced and make an excellent read for those wanting to learn more. There is an excellent index which covers all the papers, so it is very easy to find topics, and importantly to see which aspects of research areas are common to the various papers.
Series Volume NumberNo. 798
IllustratedYes
Dewey Decimal620.1/1795
SynopsisThis book examines recent progress in the development and application of optical polymers, molecular crystals, crystals in liquids and liquid crystals. The accomplishment of a high macroscopic polarization is a key issue throughout which transends the design and performance criteria of optical materials. The chapters included in this volume focus on orientation order and the achievement of macroscopic polarizations., This book examines recent progress in the development and application of optical polymers, molecular crystals, crystals in liquids and liquid crystals. The accomplishment of a high macroscopic polarization is a key issue throughout which transcends the design and performance criteria of optical materials. The chapters included in this volume focus on orientation order and the achievement of macroscopic polarizations.
LC Classification NumberQC374.A55 2001
