- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
Full Description
Exploring MXene and Advanced Nanomaterials in Renewable Energy Applications is a groundbreaking book that delves into the properties, synthesis and applications of MXene and other advances nanomaterials in renewable energy systems. MXene is a two-dimensional material that has great significance in renewable energy applications due to its high thermal conductivity. Several thermal systems used in renewable energy technologies can exploit the benefits of MXene and nanomaterials for enhanced heat transfer as a fluid, electrothermal energy conversion. thermal management of solar thermal and geothermal systems, and thermal energy storage. The low cost of production and scalability of MXene makes it a potential candidate to be seamlessly merged in renewable thermal applications. The book highlights MXene's high thermal conductivity and its potential to revolutionize efficiency in a variety of renewable energy applications. It bridges the gap between scientific research and practical application, providing comprehensive knowledge for industry professionals, academics and students. This novel resource inspires innovation and advances research in this rapidly evolving field by improving thermal energy systems to generate more electricity, reducing greenhouse emissions and transition to low-carbon energy. The text catalyzes advancements in renewable energy applications, contributing to the global effort towards more sustainable energy solutions. Exploring MXene and Advanced Nanomaterials in Renewable Energy Applications educates and informs readers about the potential of advanced materials such as MXene to improve the efficiency, durability, and sustainability of renewable energy systems.
Contents
1. Background
2. Synthesis of Various Types of MXene Nanomaterial
3. Different Types of Advanced Nanomaterials Including MXene-Based Nanomaterials Towards Renewable Energy Applications
4. Identification of Advantages/Disadvantages With Respect to Various Synthesis Method of MXene and Advanced Nanomaterials
5. Techno-Economic Analysis of Various Types of Renewable Energy Applications Integrated With MXene and Advanced Nanomaterials
6. Impact of MXene and Advanced Nanomaterials on the Efficiency of Solar Cells and Solar Thermal Collectors
7. Importance of MXene and Advanced Nanomaterials in Terms of Energy Storage/Conversion Efficiency of Renewable Energy Applications
8. Challenges and Solutions for Better Performance of Renewable Energy Technologies Using MXene and Advanced Nanomaterials
9. Conclusion and Future Perspectives
