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Macromolecule-Metal Complexes gives the first concise overview on
the topic, both on fundamentals and new application areas. Their
synthesis, kinetics and thermodynamics are detailed; special
properties such as gas transport, charge transport, catalysis and
lightinduced processes are emphasized. Furthermore, the authors
treat the actual working areas for new application methods.
Thus, the book will be a very helpful tool for Polymer Scientists,
Materials Scientists, Organic Chemists, and Physical Chemists
working in these fields.
The book provides a unique collection of 15 contributions by 15
internationally recognized scientists performing intensive research
activity on the preparation and characterization of complex and
multiphase materials based on macromolecules as well as on the
evaluation and simulation of structure/properties relations. The
topic is assuming a general increasing importance as providing a
highly sustainable and modern approach to the present and future
development of the important area of materials science and
technology. The scientific route along the successive contributions
goes from the controlled preparation of functional MM both by
innovative polymerization reactions and preformed polymers
modification (intramacromolecular complexity), to their combination
with other MMs and materials to give blends and composites where
new properties are conveniently achieved by morphologic complexity.
The synergic behaviour of the different components in these last is
obtained by reactive processing producing the necessary interfacial
adhesion. Even if most examples deal with man-made MMs, biopolymers
are also included. The various chapters provide in most cases an
exhaustive fundamental description assisted by an up- to-date and
broad list of relevant references The book is therefore an
excellent informative and formative instrument for those involved
in complex materials preparation and application in research and
industry.
The book provides a unique collection of 15 contributions by 15
internationally recognized scientists performing intensive research
activity on the preparation and characterization of complex and
multiphase materials based on macromolecules as well as on the
evaluation and simulation of structure/properties relations. The
topic is assuming a general increasing importance as providing a
highly sustainable and modern approach to the present and future
development of the important area of materials science and
technology. The scientific route along the successive contributions
goes from the controlled preparation of functional MM both by
innovative polymerization reactions and preformed polymers
modification (intramacromolecular complexity), to their combination
with other MMs and materials to give blends and composites where
new properties are conveniently achieved by morphologic complexity.
The synergic behaviour of the different components in these last is
obtained by reactive processing producing the necessary interfacial
adhesion. Even if most examples deal with man-made MMs, biopolymers
are also included. The various chapters provide in most cases an
exhaustive fundamental description assisted by an up- to-date and
broad list of relevant references The book is therefore an
excellent informative and formative instrument for those involved
in complex materials preparation and application in research and
industry.
The book describes the development and commercialization of
materials with viscoelastic properties, placing particular emphasis
on the scientific and technological differences between plastics
and bioplastics. The authors explain how to handle each of the two
types of materials and determine the comparative environmental
impact of the material life-cycle. The practical values of the
overlapping aspects of the two types of materials from technical
properties to eco-compatibility are also discussed.
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