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Kautschuktechnologie

Werkstoffe - Verarbeitung - Produkte

Advanced Structured Materials

From Synthesis to Applications

Biocompatible Nanocomposites

Springer Series on Atomic, Optical, and Plasma Physics

This book discusses recent advances in the science and technology of charged particles and emerging frontiers in applications of ions and plasmas. In particular, this includes: ion/plasma interactions with soft matters, especially, interrogating local bio cells, bio systems, liquids and gels; interactions with ambient environments; processes associated with fine-scale characterization of materials, materials modification, new material discovery, and above all, plasma chemistry. The book takes a broad view of the underlying problems with a distinct aim to engage young researchers and even advanced undergraduate and beginning graduate students. The first few chapters discuss relevant broad science issues covering ions and plasmas as well as methodologies for their manipulations; in addition, mathematical and computational tools for analysis are highlighted through simple examples. This background knowledge, in turn, develops a solid foundation for the chapters on numerous emerging application areas. A balance between science and engineering, along with relevant computational modeling, simulation, and exploitation of data, is maintained throughout. Prospective outlooks for the future are discussed. Overall, this book offers a lens for the reader to get acquainted with active and fruitful emerging application domains for future explorations.

Emerging Applications of Ions and Plasmas

Solid Mechanics and Its Applications

Folding Mechanics of Deployable Composite Structures

Erlanger Kunststoff-Schadensanalyse

Die drei großen Werkstoffgruppen der Kunststofftechnik - Thermoplaste, Duroplaste, Elastomere - werden hinsichtlich ihrer Verarbeitung und Anwendung betrachtet. Dies natürlich unter dem Aspekt möglicher Schadensfälle und deren Ursache. Praxisnah und verständlich wird der Band durch viele Schadensbeispiele. Als letztes Kapitel wird in diesem Band auch der Einfluss von Farbmitteln auf mögliche Schäden erläutert. Es ist bereits das sechste Buch aus der Reihe "Erlanger Kunststoff-Schadensanalyse".

Die drei großen Werkstoffgruppen der Kunststofftechnik – Thermoplaste, Duroplaste, Elastomere - werden hinsichtlich ihrer Verarbeitung und Anwendung betrachtet. Dies natürlich unter dem Aspekt möglicher Schadensfälle und deren Ursache. Praxisnah und verständlich wird der Band durch viele Schadensbeispiele.
Als letztes Kapitel wird in diesem Band auch der Einfluss von Farbmitteln auf mögliche Schäden erläutert.

Es ist bereits das sechste Buch aus der Reihe „Erlanger Kunststoff-Schadensanalyse“.

Duroplaste, Thermoplaste, Elastomere, Farbmittel

Werkstoffe

Macromolecular Separation Science

De Gruyter STEM

Industrial Practice and Academic Insight

PMMA Circularity Roadmap

Springer Handbooks

This Springer Handbook assembles the existing knowledge concerning plastic materials and identifies obstacles and objectives of innovations and technologies that will bring human society closer to the goal of a fully circular economy of plastic materials. Consumers profit everyday from the versatile functionalities of plastic materials, but this diversity also brings a range of challenges: recycling may be costly and laborious, and too many plastic products still end up as waste in the environment.The handbook offers a source of information, a knowledge base, and inspiration for those aiming to create an economy that paves the road for future generations. The editorial board and invited authors represent international key figures from a broad range of disciplines, including chemistry, engineering, material sciences, logistics, data and information sciences, systems engineering, economy and sustainability as well as disciplines related to culture, art, and design. With its diversity, the book aims to fulfil the huge demand for information on novel technologies and legal approaches in politics, industry and society.Key topics include:<ul><li>Development of biodegradable plastics</li><li>Advanced recycling strategies</li><li>Design for recyclability</li><li>Legal and economic perspectives</li><li>Role of startups and innovative technologies</li><li>Novel business models and business strategies</li></ul>By allowing the reader to learn and apply the measures needed for the implementation of a Circular Plastics Economy, the book will be of particular interest to innovators, decision-makers, planners, designers, producers in industry, politics, and society as well as consumers, students, teachers, communicators, journalists, and cultural workers.

This Springer Handbook assembles the existing knowledge concerning plastic materials and identifies obstacles and objectives of innovations and technologies that will bring human society closer to the goal of a fully circular economy of plastic materials. Consumers profit everyday from the versatile functionalities of plastic materials, but this diversity also brings a range of challenges: recycling may be costly and laborious, and too many plastic products still end up as waste in the environment.The handbook offers a source of information, a knowledge base, and inspiration for those aiming to create an economy that paves the road for future generations. The editorial board and invited authors represent international key figures from a broad range of disciplines, including chemistry, engineering, material sciences, logistics, data and information sciences, systems engineering, economy and sustainability as well as disciplines related to culture, art, and design. With its diversity, the book aims to fulfil the huge demand for information on novel technologies and legal approaches in politics, industry and society.Key topics include:<ul><li>Development of biodegradable plastics</li><li>Advanced recycling strategies</li><li>Design for recyclability</li><li>Legal and economic perspectives</li><li>Role of startups and innovative technologies</li><li>Novel business models and business strategies</li></ul>By allowing the reader to learn and apply the measures needed for the implementation of a Circular Plastics Economy, the handbook will be of particular interest to innovators, decision-makers, planners, designers, producers in industry, politics, and society as well as consumers, students, teachers, communicators, journalists, and cultural workers.

Springer Handbook of Circular Plastics Economy

Applications

Rubber Based Bionanocomposites

One Piece

Der beliebteste Manga der Welt!Monkey D. Ruffy ist ein abenteuerlustiger Junge, der davon träumt, Pirat zu werden. Doch selbst eine Mutprobe hilft ihm nicht weiter – solange er nicht schwimmen kann, muss er zu Hause bleiben. Als er jedoch den Piraten die geheime Teufelsfrucht stiehlt und sie kurzerhand zum Nachtisch isst, verändert sich sein Leben schlagartig.Die Geschichte von Ruffy und seinen Freunden ist ein einzigartiges Abenteuer voller Action, Dramatik, Freundschaft und Humor. Mit über 500 Millionen verkauften Exemplaren weltweit ist One Piece die erfolgreichste Mangaserie aller Zeiten! Für Fans von Naruto, Dragon Ball, My Hero Academia und Fairy Tail! Weitere Infos: - Anime-Serie bei Crunchyroll, Wakanim und Anime on Demand - bisher 14 Anime-Kinofilme - DVD/BD bei Kazé - Live-Action-Netflixserie geplant - diverse Videospiele - ab 10 JahrenDies ist Band 111 der Serie.

One Piece 111

Luftgummireifen sind allgegenwärtig, doch welche Rolle spielte Kautschuk in der Medizin und bei der Körperpflege? Als elastisches und undurchlässiges Material wurde Kautschuk durch die Entdeckung der Vulkanisation in den 1830er Jahren für medizinische und hygienische Anwendungen interessant. Samuel Eleazar Wendt beleuchtet die Aneignung dieses ursprünglich in Mittelamerika und am Amazonas genutzten Rohstoffs in Europa, wo er seit dem späten 18. Jahrhundert zunehmend in körperliche Praktiken integriert wurde. Dabei fokussiert er sich auf die Geschichte des Berliner Unternehmens C. Müller Gummiwaren AG (1875-1948), das entsprechende Artikel erstmals für den Massenmarkt produzierte.

Die C. Müller Gummiwaren AG und der Beginn des Massenmarkts, 1875-1948

Körper, Kautschuk, Kolonien

Smart Nanomaterials Technology

This book emphasizes the recent advances in carbohydrate polymer nanotechnologies, especially discusses the applications, limitations and drawbacks, revealing directions to carbohydrate polymer nanoparticles and their nanocomposites for further use in various applications. Carbohydrate polymers and natural materials which are environmentally benign over the synthetic polymers and display potential features such as low cost, wide availability, biocompatibility, biodegradability, physico-mechanical properties and easy functionalization. The carbohydrate polymers consists of significant functions groups, i.e., hydroxy, amine and carboxylic acid, these allows the functional modification and metal nanoparticle anchoring via chemical reaction and physico-chemical interactions, respectively; which results in the formation of sustainable materials with tunable features. In addition, the chapters in the book looks into the synthesis, functionalization and characterization of various carbohydrate polymers and their nanocomposites and its commercial applications such as pharmaceutical, environmental and energy production being conducted across the world. More specifically, it covers the application of carbohydrate polymer-based nanomaterials as sensors, drug delivery devises, nanomedicine, food packing, environmental remediation, fuel cells, hydrogen storage. The content of this book appeals to graduate students and researchers from the discipline of nano sciences, carbohydrate polymers, biotechnology, nanotechnology.

This book emphasizes the recent advances in carbohydrate polymer nanotechnologies, especially discusses the applications, limitations and drawbacks, revealing directions to carbohydrate polymer nanoparticles and their nanocomposites for further use in various applications. Carbohydrate polymers and natural materials which are environmentally benign over the synthetic polymers and display potential features such as low cost, wide availability, biocompatibility, biodegradability, physico-mechanical properties and easy functionalization. The carbohydrate polymers consists of significant functions groups, i.e., hydroxy, amine and carboxylic acid, these allows the functional modification and metal nanoparticle anchoring via chemical reaction and physico-chemical interactions, respectively; which results in the formation of sustainable materials with tunable features. In addition, the chapters in the book looks into the synthesis, functionalization and characterization of various carbohydrate polymers and their nanocomposites and its commercial applications such as pharmaceutical, environmental and energy production being conducted across the world. More specifically, it covers the application of carbohydrate polymer-based nanomaterials as sensors, drug delivery devises, nanomedicine, food packing, environmental remediation, fuel cells, hydrogen storage. The content of this book appeals to graduate students and researchers from the discipline of nano sciences, carbohydrate polymers, biotechnology, nanotechnology.&nbsp;

Design, Development, Utilization and Perspectives

Carbohydrate Polymer Nanotechnologies

Engineering Materials

This book presents hybrid energy storage nanostructured materials and their diverse applications. With an emphasis on interdisciplinary study, this book highlights the importance of these low dimensional nanostructured materials in addressing critical challenges in these fields. The book begins by introducing the significance of low dimensional hybrid nanostructured materials and their impact on interdisciplinary devices, modelling, simulation, manufacturing, and real-life applications. These include energy storage as heat, phase transitions and reversible chemical reactions, organic fuels and hydrogen, mechanical, electrostatic, and magnetic systems. It explains smart concepts of various relevant energy storage technologies in a logical manner, assessing underlying numerical material to evaluate energy, power, volume, weight, and cost of new and existing energy storage systems. The book focuses on cutting-edge advances such as supercapacitor/hydrogen storage, emerging electrochemical materials, natural batteries, sodium/potassium cells applications, and hybrid system strategies. This book provides researchers and professionals with a comprehensive overview of the concepts, principles, and practice of energy storage devices and materials.

Energy and Environmental Applications

Low-Dimensional Multifunctional Hybrid Nanostructured Materials

Kautschuktechnologie

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