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New Polymeric Products
Fundamentals, Forming Methods and Applications
1st Edition - December 9, 2023
Authors: Hong Liu, Jing Ge, Ce Wang, Ping Hu
Paperback ISBN:
9 7 8 - 0 - 4 4 3 - 1 9 4 0 7 - 8
New Polymeric Products: Fundamentals, Forming Methods and Applications introduces applications of polymer materials in different fields, including new products and processing… Read more
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New Polymeric Products: Fundamentals, Forming Methods and Applications introduces applications of polymer materials in different fields, including new products and processing methods. This book is rich in content and creativity and introduces the development, history, characteristics and existing processing methods of polymer materials in a comprehensive and systematic manner. Sections include the latest achievements from future travel, energy problems, special environment, lens materials and biomedicine, which are the most concerning areas of human society today. The book also introduces forming principles, methods, achievements and development prospects from shallow to profound. It will benefit researchers and new academic participants and broaden their vision.
Sections cover the development history and prospect of polymer materials, introduce polymer materials, including new materials, characteristics, synthesis, naming and functionality, and delve into new processing and forming methods which are introduced in three parts: plastic, rubber and fiber according to different product types.
- Composed of relevant research results from the author's team, including general basic knowledge and the latest research in relevant fields
- Introduces basic knowledge such as polymer development history, material characteristics and forming principles
- Arranges trivial contents such as polymer development history in tables to make it clearer and easier to understand
- Gives readers a clearer understanding of products, processing equipment and processes
Researchers, undergraduate and graduate students of related materials, chemistry, mechanical, medicine fields; chemical engineers; pharmaceutical scientists; professional practitioners of protective clothing, battery membrane electrode, energy storage, adsorption filtration and ordinary people like to know the brand-new products
1. A brief history of polymer materials1.1.1 Status and function of polymer materials1.1.2 Development of polymer materials1.1.3 Development prospect of polymer materials1.2 New polymer materials1.2.1 Introduction of polymer materials1.2.2 New polymer materials1.2.3 Characteristics of polymer materials1.2.4 Synthesis of polymer materials1.2.5 Nomenclature of polymer materials1.2.6 Functional polymer materials1.3 Molding and processing of polymer materials1.3.1 Plastic products forming and processing1.3.2 Rubber product forming and processing1.3.3 Forming and processing of fiber productsReferences2. Rubber and spherical tires2.1 Special rubber and its preparation equipment2.1.1 Rubber2.1.2 Production equipment2.2 New bio-based rubber and its preparation process2.2.1 Bio-based rubber2.2.2 Brief introduction to the research progress of bio-based rubber2.3 Spherical tire and tire production process2.3.1 Tire structure2.3.2 Tire classification2.3.3 Tire production technology2.3.4 Tire production technology2.3.5 Tire Development history2.3.6 Spherical tiresReferences3. Polymer Materials for Energy3.1 Fuel cell proton exchange membrane materials3.1.1 Fuel cell structure and working principle3.1.2 Perfluorosulfonic acid membrane3.1.3 Non-perfluorinated proton exchange membrane3.1.4 Fluorinated free proton exchange membrane3.1.5 Composite membrane3.1.6 High temperature membrane3.1.7 Alkaline membrane3.1.8 Preparation process of proton exchange membrane3.2 Fuel cell fibrous catalyst layer3.2.1 Evolution of catalyst layer preparation technology and structure3.2.2 Preparation of nanofiber catalyst layer by electrospinning 3.2.3 Overview of subzero start3.2.4 Development trend of fuel cell catalyst layer3.3 Lithium-ion battery diaphragm material3.3.1 Working principle of lithium ion battery3.3.2 Function and performance requirements of lithium ion battery diaphragm3.3.3 Types and materials of lithium ion battery separator3.3.4 The Outlook of the Technology3.4 Organic polymer electrode supercapacitor3.4.1 Porous carbon materials3.4.2 Metal oxide electrode3.4.3 Conductive polymer electrochemical capacitors3.4.4 Improvement of electrode material properties3.4.5 SummaryReferences4. High-performance fiber materials and shock-resistant airbag4.1 High-performance fiber and its molding equipment4.1.1. Carbon fiber4.1.2 Aramid fiber4.1.3 Ultra-high molecular weight polyethylene fiber4.2 Nanofiber and its production equipment4.2.1 Concept and characteristics of nanofibers4.2.2 Preparation method4.2.3 Application of nanofibers4.3 High-performance shock-resistant airbag4.3.1 Fiber selection4.3.2 Weaving verification4.3.3 Performance testReferences5. New lens materials and molding process5.1 Resin lens material and molding process5.1.1 Resin lens material5.1.2 Resin lens processing and molding process5.2 New contact lenses and preparation process5.2.1 Introduction of new contact lenses5.2.2 Manufacturing of contact lens materials5.2.3 Polymerization mechanism5.2.4 Preparation processReferences6. Biomedical applications of polymer materials6.1 Artificial blood vessel6.1.1 Development of artificial blood vessels6.1.2 Main functions and structures of natural blood vessels6.1.3 Common materials of artificial blood vessels6.1.4 Preparation method of artificial blood vessel6.2 Anti Mycobacterium tuberculosis composite drug-loaded fiber6.2.1 Introduction to Mycobacterium tuberculosis6.2.2 Antituberculosis drugs6.2.3 Anti Mycobacterium tuberculosis composite drug-loaded fiber6.3 Wound dressing containing dragon's blood6.3.1 Introduction to Dracaena Draconis6.3.2 Wound dressing6.3.3 Wound dressing containing dragon's blood6.4 Fibrous plaster6.4.1Traditional plaster6.4.2 Fibrous plaster6.4.3 Summary6.5 Preparation and properties of controlled release fiber6.5.2 Polymer drug-controlled release carrier6.5.3 Controlled release fiber6.6 Bacteriostatic mask6.6.1 Introduction to antibacterial agent6.6.2 Copper oxide mask6.6.3 High molecular quaternary ammonium salt maskSummary of this chapterReferences
- No. of pages: 385
- Language: English
- Published: December 9, 2023
- Imprint: Elsevier
- Paperback ISBN: 9780443194078
HL
Hong Liu
Professor Liu received his Ph.D. from the Institute of Chemistry, Chinese Academy of Science, in 2005. Then he worked at Tsinghua University as a post-doctor for more than two years. In 2011, he went to Cornell University as a visiting associate professor and worked there for a whole year.
His researches mainly focus on the preparation and application of polymer and its nanocomposites. In detail, his research fields include the application of high-performance engineering plastics, performance advancement of the rubber products, recipes design and processing development of plastic products, spinning of a special functional fiber, preparation of nanofibers by electrospinning, decomposing formaldehyde at dark and room temperature, preparation of membrane for fuel cell, application and preparation of nanoparticles, drug release and tissue engineering, etc. He has published 147 articles in peer-reviewed journals and given 49 oral presentations in national and international conferences. Prof. Liu has 57 authorized patents. He was often invited to review manuscripts for more than fifty journals such as Polymer, Advanced Science, Chemical Engineering Journal. Dr. Liu is a member of the Royal Society of Chemistry, a senior member of the Chinese Society for Composite Materials, member of the American Chemical Society and Chinese Chemical Society.
Affiliations and expertise
Head of the Lab of Polymeric Nanocomposites, Beijing University of Chemical Technology, ChinaPH
Ping Hu
Member of Expert Committee of China Plastics Processing Industry Association, executive director of modified plastics professional committee, executive director of Beijing Society of Biomedical Engineering, chairman of biomaterial artificial organ professional committee, member of MTA of clinical technology application management professional committee of China Hospital Association, and member of International Organization Engineering Association. He won five provincial and ministerial awards and the second national scientific and technological invention prize. He has published more than 200 papers and authorized 18 invention patents in journals and academic conferences at home and abroad. He is the evaluation expert of the National Natural Science Foundation of China, the small and medium-sized innovation fund of the Ministry of science and technology, the medical device technology evaluation center of the State Food and drug administration, and the expert of the petrochemical group of the national five awards of the Ministry of science and technology.
Affiliations and expertise
Beijing University, Beijing, China