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Ionomers : Synthesis, structure, properties and applications, Tant, Mauritz
US $79.99
ApproximatelyS$ 101.72
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Condition:
Good
A book that has been read but is in good condition. Very minimal damage to the cover including scuff marks, but no holes or tears. The dust jacket for hard covers may not be included. Binding has minimal wear. The majority of pages are undamaged with minimal creasing or tearing, minimal pencil underlining of text, no highlighting of text, no writing in margins. No missing pages.
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Located in: Petal, Mississippi, United States
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eBay item number:175660918479
Item specifics
- Condition
- ISBN
- 9780751403923
About this product
Product Identifiers
Publisher
Springer Netherlands
ISBN-10
075140392X
ISBN-13
9780751403923
eBay Product ID (ePID)
12038783115
Product Key Features
Number of Pages
Xiv, 514 Pages
Language
English
Publication Name
Ionomers : Synthesis, Structure, Properties and Applications
Publication Year
1997
Subject
Materials Science / General, Textiles & Polymers, Biotechnology
Type
Textbook
Subject Area
Technology & Engineering, Science
Format
Hardcover
Dimensions
Item Weight
71.3 Oz
Item Length
9.3 in
Item Width
6.1 in
Additional Product Features
Intended Audience
Scholarly & Professional
LCCN
96-083823
Number of Volumes
1 vol.
Illustrated
Yes
Table Of Content
One - Synthesis and Structural Characterization.- 1 Synthesis and characterization of molecular structure.- 2 Morphological structure and characterization.- Two -- Structure and Properties.- 3 Morphological theories.- 4 Solution properties.- 5 Melt rheology.- 6 Structure and properties of hydrocarbon-based ionomers.- 7 Structure and properties of perfluorinated ionomers.- Three -- Applications.- 8 Membrane applications.- 9 Packaging.- 10 Blend compatibilization.- 11 Urethane-based dispersions.- 12 Elastomers and fluid applications.
Synopsis
Polymers have achieved an enviable position as the class of materials having the highest volume of production, exceeding that of both metals and ceramics. The meteoric rise in the production and utilization of polymers has been due to advances in polymer synthesis which allow the creation of specific and well-defined molecular structures, to new knowledge concerning the relationships between polymer structure and properties, and to an improved understanding of how processing can be used as a tool to develop morphological features which result in desired properties. Polymers have truly become 'engineered materials' in every sense of the term. Polymer scientists and engineers are forever seeking to modify and improve the properties of synthetic polymeric systems for use in specific applications. Towards this end they have often looked to nature for advice on how to design molecules for specific needs. An excellent illustration of this is the use of noncovalent bonding (ionic, hydrogen, and van der Waals) in lipids, proteins, and nucleic acids, where these noncovalent bonds, acting both intra and intermolecularly, precisely control the structure and thus the function of the entire system. The utilization of ionic bonding, in particular in man-made polymers has attracted widespread interest in recent years, since ionic interactions exert a similar strong influence on the structure and properties of these synthetic systems., Polymers have achieved an enviable position as the class of materials having the highest volume of production, exceeding that of both metals and ceramics. The meteoric rise in the production and utilization of polymers has been due to advances in polymer synthesis which allow the creation of specific and well-defined molecular structures, to new knowledge concerning the relationships between polymer structure and properties, and to an improved understanding of how processing can be used as a tool to develop morphological features which result in desired properties. Polymers have truly become 'engineered materials' in every sense of the term. Polymer scientists and engineers are forever seeking to modify and improve the properties of synthetic polymeric systems for use in specific applications. Towards this end they have often looked to nature for advice on how to design molecules for specific needs. An excellent illustration of this is the use of noncovalent bonding (ionic, hydrogen, and van der Waals) in lipids, proteins, and nucleic acids, where these noncovalent bonds, acting both intra- and intermolecularly, precisely control the structure and thus the function of the entire system. The utilization of ionic bonding, in particular in man-made polymers has attracted widespread interest in recent years, since ionic interactions exert a similar strong influence on the structure and properties of these synthetic systems.
LC Classification Number
TA455.P58-.P585
Item description from the seller
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