Oskar Nuyken – författare

An in-depth review of important preparative methods for the synthesis and chemical modification of polymers, this authoritative second edition examines the advantages and limitations of various polymerization applications and procedures. It features new approaches and innovative strategies from the most prominent industry and academic laboratories, reflecting the burgeoning role of polymers in modern science and technology. The book analyzes biodegradable polymers for biomedical applications; investigates the use of polyolefins, polymeric dienes, aromatic polyethers, polymides, and metal-containing macromolecules; and covers polymers of acrylic acid, methacrylic acid, and maleic acid.

An in-depth review of important preparative methods for the synthesis and chemical modification of polymers, this authoritative second edition examines the advantages and limitations of various polymerization applications and procedures. It features new approaches and innovative strategies from the most prominent industry and academic laboratories, reflecting the burgeoning role of polymers in modern science and technology. The book analyzes biodegradable polymers for biomedical applications; investigates the use of polyolefins, polymeric dienes, aromatic polyethers, polymides, and metal-containing macromolecules; and covers polymers of acrylic acid, methacrylic acid, and maleic acid.

Even though Ziegler catalysts have been known for almost half a century, rare earth metals (Ln), particularly neodymium (Nd)-based Ziegler catalyst systems, only came into the focus of industrial and academic research well afterthelargescaleapplicationoftitanium,cobaltandnickelcatalystsystems. Asadirectconsequenceofthelaterecognitionofthetechnologicalpotentialof rareearthmetalZieglercatalysts,thesesystemshaveattractedmuchattention. Considerable progress has been made in this ?eld as a result of intensive workperformed during the last fewyears. Worthmentioning is thestructural identi?cation of a variety of Ln/Al heterobimetallic complexes and the role of alkyl aluminum cocatalysts in molar mass control. Furthermore, a deeper understanding ofthe polymerization mechanism, suchas theliving character of neodymium-catalyzed diene polymerization associated with the reversible transfer of living polymer chains between Nd and Al, was revealed quite - cently. In spite of the vast number of patents and publications mainly issued duringthelastdecade,acomprehensivereviewthatcoversthescienti?caswell as the patent literature has been missing until now.In this volume we try to review the available literature by two independent approaches to Nd and Ln-catalyzed diene polymerizations. In the ?rst part of thevolume,whichisentitled"Neodymium-Based Ziegler/NattaCatalystsand their Application in Diene Polymerization", a polymer chemist's view is given with strong emphasis on Nd-based catalyst systems. Also technological and industrialaspectsofNd-catalyzeddienepolymerizationsareaddressed.Inthe secondpartofthevolume,whichisentitled"Rare-EarthMetalsandAluminum Getting Close in Ziegler-type Organometallics", a more organometallic p- spective isgivenandLn-based catalystsystems areaddressed. Bythesynopsis of these different perspectives, the reader will comprehend the complexity of Ln-based Ziegler catalyst systems and their application to the polymerization of dienes. This volume also gives a description ofthe evolution in Nd-catalyzed po- merization of dienes from the early works to the current state of the art.

Even though Ziegler catalysts have been known for almost half a century, rare earth metals (Ln), particularly neodymium (Nd)-based Ziegler catalyst systems, only came into the focus of industrial and academic research well afterthelargescaleapplicationoftitanium,cobaltandnickelcatalystsystems. Asadirectconsequenceofthelaterecognitionofthetechnologicalpotentialof rareearthmetalZieglercatalysts,thesesystemshaveattractedmuchattention. Considerable progress has been made in this ?eld as a result of intensive workperformed during the last fewyears. Worthmentioning is thestructural identi?cation of a variety of Ln/Al heterobimetallic complexes and the role of alkyl aluminum cocatalysts in molar mass control. Furthermore, a deeper understanding ofthe polymerization mechanism, suchas theliving character of neodymium-catalyzed diene polymerization associated with the reversible transfer of living polymer chains between Nd and Al, was revealed quite - cently. In spite of the vast number of patents and publications mainly issued duringthelastdecade,acomprehensivereviewthatcoversthescienti?caswell as the patent literature has been missing until now.In this volume we try to review the available literature by two independent approaches to Nd and Ln-catalyzed diene polymerizations. In the ?rst part of thevolume,whichisentitled"Neodymium-Based Ziegler/NattaCatalystsand their Application in Diene Polymerization", a polymer chemist's view is given with strong emphasis on Nd-based catalyst systems. Also technological and industrialaspectsofNd-catalyzeddienepolymerizationsareaddressed.Inthe secondpartofthevolume,whichisentitled"Rare-EarthMetalsandAluminum Getting Close in Ziegler-type Organometallics", a more organometallic p- spective isgivenandLn-based catalystsystems areaddressed. Bythesynopsis of these different perspectives, the reader will comprehend the complexity of Ln-based Ziegler catalyst systems and their application to the polymerization of dienes. This volume also gives a description ofthe evolution in Nd-catalyzed po- merization of dienes from the early works to the current state of the art.

This comprehensive textbook describes the synthesis, characterization and technical and engineering applications of polymers. Offering a broad and balanced introduction to the basic concepts of macromolecular chemistry and to the synthesis and physical chemistry of polymers, it is the ideal text for graduate students and advanced Masters students starting out in polymer science. Building on the basic principles of organic chemistry and thermodynamics, it provides an easily understandable and highly accessible introduction to the topic. Step by step, readers will obtain a detailed and well-founded understanding of this vibrant and increasingly important subject area at the intersection between chemistry, physics, engineering and the life sciences.Following an approach different from many other textbooks in the field, the authors, with their varying backgrounds (both from academia and industry), offer a new perspective. Starting with a clear and didactic introduction, thebook discusses basic terms and sizes and shapes of polymers and macromolecules. There then follow chapters dedicated to polymers in solutions, molar mass determination, and polymers in the solid state, incl. (partially) crystalline or amorphous polymers as well as their application as engineering materials. Based on this information, the authors explain the most important polymerization methods and techniques. Often neglected in other textbooks, there are chapters on technical polymers, functional polymers, elastomers and liquid crystalline polymers, as well as polymers and the environment. An overview of current trends serves to generate further interest in present and future developments in the field.This book is the English translation of the successful German textbook "Polymere", which was awarded the Chemical Industry in Germany’s 2015 literature Prize (“Literaturpreis des Fonds der Chemischen Industrie”) for its innovative, novel approach, and its good accessibility and readability, while at the same time providing comprehensive coverage of the field of polymer science.

Ausgezeichnet mit dem Literaturpreis des VCIPolymere sind einzigartige Moleküle und weisen Eigenschaften auf wie keine andere Materialklasse auf dieser Welt. Sie begegnen uns im täglichen Leben nicht nur in Form der bekannten, großvolumigen Kunststoffe wie PE oder PP oder der vielen weiteren, zum Teil hochgradig angepassten Spezialpolymere, sondern auch in der Natur als polymere Biomoleküle wie beispielsweise DNA. Unser Leben wäre daher so, wie wir es kennen, ohne Makromoleküle nicht nur vollkommen anders, sondern biologisch gar nicht möglich.Dieses Lehrbuch beschäftigt sich daher umfassend mit der Synthese, der Charakterisierung, den Eigenschaften und den Anwendungen von Polymeren. Ziel ist es, breite Kenntnisse der Grundbegriffe der makromolekularen Chemie und der einzigartigen Eigenschaften dieser Verbindungsklasse zu vermitteln. Auch umweltrelevante Themen wie Biopolymere und Mikroplastik, die in einem zeitgemäßen Lehrbuch nicht fehlen dürfen,werden behandelt.Aufbauend auf den Grundkenntnissen der organischen Chemie und der Thermodynamik präsentiert das Buch ein leicht verständliches und dennoch tiefgehendes Bild dieser sehr dynamischen und immer wichtiger werdenden Wissenschaft in der Schnittmenge von Chemie, Physik, Ingenieurwissenschaften und dem Life-Science-Sektor. Das Verständnis des Textes können Leserinnen und Leser dieses Werkes am Ende eines jeden Kapitels durch eine Auswahl an Übungsaufgaben überprüfen.Beim Verfassen des Buches wurde großer Wert auf gute Lesbarkeit trotz der erforderlichen Detailtiefe gelegt – ein Buch, das sich für Studierende der Chemie und verwandter Studiengänge genauso eignet wie für den angewandten Naturwissenschaftler im industriellen Umfeld. Als erstes und bisher einziges Lehrbuch der Polymerchemie wurde daher bereits die erste Auflage dieses Werks 2015 mit dem Literaturpreis des Fonds des Verbandes der Chemischen Industrie ausgezeichnet.