Call for Chapters: Comprehensive Guide to Vacuum Insulation Panels

The VIP material is a major breakthrough in the field of space materials. It is a lightweight, highly effective thermal insulator that is made from a composite of materials that reflect heat and prevent it from escaping. The VIP material has the potential to be used in a wide range of aerospace applications, including space refrigerators, spacecraft insulation, solar panels, and thermal control systems. The success of the VIP material is a testament to the hard work and dedication of the Chinese space program. It is a sign of China's growing ambition in space and the country is likely to play an increasingly important role in space exploration in the years to come.

Comprehensive Guide to Vacuum Insulation Panels: Advanced Principles, Materials, and Applications aims to be the definitive resource on Vacuum Insulation Panels (VIPs), covering everything from fundamental principles to cutting-edge applications. As the only book dedicated exclusively to VIP technology, it will serve as an essential reference for researchers, engineers, and industry professionals.

Call for Contributors:

We are seeking contributions from experts in the field to ensure this book reflects the latest advancements and diverse perspectives. If you have expertise in any of the following areas, we invite you to join us in this exciting endeavor:

· VIP Principle

Introduction to Vacuum Insulation Panels (VIP)
Basic principles and concepts
Historical development and advancements

· VIP Core Materials

Types of core materials used in VIPs
Properties and characteristics
Selection criteria and performance

· VIP Film Materials

Overview of film materials used in VIPs
Barrier properties and durability
Innovations and future trends

· VIP Getter

Role and importance of getters in VIPs
Types of getters and their functions
Integration and performance evaluation

· VIP Lifetime Testing and Prediction

Methods for testing VIP longevity
Predictive models and simulations
Case studies and real-world applications

· VIP Thermal Insulation Simulation

Simulation techniques for thermal performance
Software tools and methodologies
Analysis and interpretation of results

· VIP Application in Building

Use of VIPs in building construction
Energy efficiency and sustainability benefits
Case studies and practical examples

· VIP Application in Cold Chain

Importance of VIPs in cold chain logistics
Design considerations and challenges
Success stories and industry applications

· VIP Application in Transportation

Use of VIPs in automotive and aerospace industries
Benefits for thermal management and fuel efficiency
Examples of implementation and performance

· VIP Application in Consumer Goods

Integration of VIPs in appliances and electronics
Enhancing energy efficiency and product lifespan
Market trends and future opportunities

· Environmental Impact of VIPs

Environmental benefits of using VIPs
Life cycle assessment and sustainability
Prospects and innovations

· Future Directions and Innovations in VIP Technology

Emerging trends and technologies
Research and development focus areas
Vision for the future of VIPs

If you are interested in contributing, contact us with your proposed chapter in advance. Submitting the full chapter will end by December 31, 2024. We look forward to your valuable contributions and to creating a resource that will benefit the entire VIP community

Writing Guidelines for Contributors:

To ensure consistency and coherence throughout the book, we have established the following writing guidelines for all contributors:

Chapter Length: Each chapter should not exceed 30 pages. This includes text, figures, tables, and references.
Book Length: The entire book will be 300 pages, so please adhere to the chapter length to maintain the overall structure.
Formatting:Use a standard font such as Times New Roman, 12-point size.Double-space the text line.Use 1.5-inch margins on all sides.
Structure:Begin each chapter with an introduction that outlines the key points.Use headings and subheadings to organize the content.Include a conclusion that summarizes the main findings and implications.
Figures and Tables:Number all figures and tables consecutively within each chapter (e.g., Figure 1.1, Table 1.1).Provide clear and concise captions for all figures and tables.Ensure all figures and tables are referenced in the text.Ensure all figures are also sent by separate files with high dpi for printing.
References:Use a consistent citation style (e.g., APA, MLA, IEEE).Include a reference list at the end of the chapter.Ensure all references are complete and accurate.
Submission:Submit your chapter as a Microsoft Word (.docx) document.Include any supplementary materials (e.g., high-resolution images) as separate files.Send your submission to denizeren@nuaa.edu.cn and CC to zhafeng_chen@163.com titled the ‘VIPBOOK – A Short Chapter name – Author first name‘by December 31, 2024.

By following these guidelines, we can ensure a high-quality and cohesive book that will serve as a valuable resource for the VIP community. Thank you for your contributions and dedication to this project! The editorial office of the book is the Super Insulation Composites Laboratory at Nanjing University of Aeronautics and Astronautics (NUAA), led by Prof. Dr. Zhaofeng Chen. Prof. Chen has extensive experience in vacuum insulation panels (VIPs). He has been awarded multiple R&D awards for his work on VIPs and has published over 100 SCI papers and authorized 100 patents. And It will be published by China Science and Technology Publishing House with international collobration.