Twin Polymerization Strategy for Hybrid Materials Synthesis by Joachim Friedrich 2018 Hardcover-image
Twin Polymerization Strategy for Hybrid Materials Synthesis by Joachim Friedrich 2018 Hardcover-image

Twin Polymerization Strategy for Hybrid Materials Synthesis by Joachim Friedrich 2018 Hardcover

$ 102.96

Publication Year: 2018 Format: Hardcover Item Width: 6.7 in Illustrated: Yes Subject Area: Technology & Engineering, Science Grade To: College Graduate Student Grade From: College Graduate Student brand: DE Gruyter, Inc. ISBN-13: 9783110500677 Subject: Textiles & Polymers, Materials Science / General, Physics / Polymer, Chemistry / Organic, Chemistry / General Item Length: 9.4 in ISBN-10: 3110500671 gtin13: 9783110500677 Language: English Item Weight: 28.2 Oz LC Classification Number: QD381.T945 2018 Number of Pages: 352 Pages Author: Joachim Friedrich LCCN: 2018-029226 Publisher: DE Gruyter, Inc. Publication Name: Twin Polymerization : New Strategy for Hybrid Materials Synthesis Type: Textbook Intended Audience: Scholarly & Professional Synopsis: Twin polymerization is a novel approach where two distinct polymers are produced from a single source monomer, thus being an excellent tool for the synthesis of hybrid materials. The author introduces the principles of various twin polymerization processes, their classification and practical use. The book is supplied with numerous individual examples, demonstrating the potential of this strategy in materials synthesis., Twin polymerization is a new type of polymerization techniques that was developed as suitable tool for the production of nanostructured organic/inorganic hybrid materials in a one-pot-synthesis. Starting from these, hybrid materials with embedded metal nanoparticles, microporous carbon materials, mesoporous siliceous materials, and various oxidic materials are accessible. Some of these show promising properties with regard to application as functional materials for adhesion of composite materials or in energy storage based on battery technology. By variation of structural units of the precursors - the twin monomers - as well as by combination of twin polymerization with established polymerization techniques, the properties of the final material are adjustable to the envisaged application. Computational chemistry approaches paved the way to understand mechanistic details of the twin polymerization process. The front cover shows a casted owl that was prepared by twin polymerization starting from a simple twin monomer, and noteworthy, nicely demonstrates shrinking of the nanostructured phenolic resin/silica hybrid material is minimized by this novel process. Book jacket.

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