Materialwissenschaft
Karen K. Gleason, Meysam Heydari Gharahcheshmeh
Maryam Jouyandeh, Mohammad Reza Saeb
Oliver Türk
CONJUGATED POLYMERS AT NANOSCALE
GREEN THERMOSET COMPOSITES
Engineering Orientation, Nanostructure, and Properties
ff Chemical
ff Comprehensive
ff Value
ff Focused
overview of thermoset matrices, cross-linking agents and additives from bioresources. ff Covers applications of green thermoset composites.
Control over order and orientation at the nanoscale is essential for optimizing the properties of semicrystalline conjugated polymers. The book presents electronic structure of conjugated polymers from the vantage point of both chemistry and physics. Additionally, this book discusses the underpinnings of the optical, electrochemical, thermal, and thermoelectric properties of these technologically important materials .
Petroleum-based thermoset composites create issues with resources sustainability and disposal at the end of their lives and as a consequence of it, the chemical industry is shifting towards bio-based green alternatives for future generations of thermoset composites. Green Thermoset Composites focuses on this new class of composites where the filler or additive material and the matrix are environmentally friendly and biodegradable.
Karen K. Gleason, Meysam Heydari Gharahcheshmeh, Massachusetts Institute of Technology, Cambridge, USA.
Mohammad Reza Saeb, Maryam Jouyandeh, University of Tehran, Iran.
SUBJECTS Macromolecular Chemistry; Polymer
and updated view of the fundamental understanding of conjugated polymers and their properties.
Science and Technology; Polymers; Technical and Applied Physics READERSHIP Graduate students and researchers in chemistry, chemical engineering, materials science,
PLASTICS: THE ENVIRONMENTAL ISSUE
fundamentals and properties of plastics chains, regulatory aspects ff Sustainable alternatives
This book gives a holistic picture on the application and resulting issues of plastics, that last a long time but at the same time remain a long time in the environment. It is intended to combine chemical fundamentals with value chain and regulatory aspects as well as risks. The text aims to provide inspiration for future material developments and concepts for material usage in the future that is more sustainable. Oliver Türk, University of Applied Sciences Bingen, Bingen, Germany. SUBJECTS Environmental Chemistry; Sustainable and Green Chemistry; Polymer Science and Technology; Polymers
SUBJECTS Sustainable and Green Chemistry; Green
READERSHIP Researchers, Students, Teachers and
and Sustainable Technology; Polymer Science and
Professionals in Natural Sciences.
Technology; Composites
READERSHIP Researchers in Industry and students
English, December 2021
in the area of Composites and Materials Science.
Series
English, January 2022
9<7tm5l1=fcdgcf>
De Gruyter STEM
ISBN 978-1-5015-2362-5
ePUB ISBN 978-3-11-064154-7
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and physics.
Series
Approx. 480 pp., 300 fig.
English, September 2021
De Gruyter STEM
Pb. RRP € 81.95 / *US$ 94.99 / *£ 74.50
9<7tm5l1=fcegai>
Series
Approx. 160 pp., 40 fig.
De Gruyter STEM
Approx. 105 pp., 20 fig. Pb. RRP € 64.95 / *US$ 74.99 / *£ 59.00
ISBN 978-1-5015-2460-8
Pb. RRP € 77.95 / *US$ 89.99 / *£ 71.00
ISBN 978-3-11-064139-4 eBook RRP € 81.95 / *US$ 94.99 / *£ 74.50 PDF ISBN 978-3-11-064143-1
eBook RRP € 77.95 / *US$ 89.99 / *£ 71.00 PDF ISBN 978-1-5015-2363-2 ePUB ISBN 978-1-5015-1596-5
eBook RRP € 64.95 / *US$ 74.99 / *£ 59.00 PDF ISBN 978-1-5015-2461-5 ePUB ISBN 978-1-5015-1617-7
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