Xin Xiao (肖昕) – författare

A central theme of industrialization is the high energy consumption levels, initially entirely on fossil fuel and now transitioning to a more varied energy mix. This book examines past and current energy statistics, its impact on climate, and plausible options in future energy innovation and renewable energy 50 years down the road. Complex issues are unfolded from technical fundamentals to answer important questions such as if climate change is real, the energy availability, affordability, and needed science and technology innovation to address these issues. It is an essential resource to policymakers, government program managers, entrepreneurs, investors, philanthropists, scientists, engineers, researchers, professors, college students, and anyone who would like to have a general understanding of the subject or is considering getting into the field. In short, the book’s foundation is technical; however, interesting narratives on backgrounds, scientific basis, case studies, and realistic roadmap are provided in several key areas with overview and references. Big picture of the energy portfolio, state of technology, and understanding of environmental impact; Unique insights from the author’s own research and ideas to obtain a proper assessment of the feasibility of renewable energy or chemical technology innovation; Balance overview for general readers and technical content with examples of innovative out-of-the-box thinking related to energy, science, technology, and the environment.

This book shows the various porous structures and supramolecular architectures that result from the cucurbituril-based coordination, hydrogen bonding, ion-dipole interactions, π∙∙∙π stacking and C–H∙∙∙π processes. It includes two chapters presenting essential examples of these cucurbituril-based structures, depending on the types of non covalent interactions and inducer species. It also includes one chapter dealing with the utilization of cucurbiturils as a molecular container in supramolecular chemistry and demonstrating a wide range of potential applications of supramolecular assemblies with cucurbiturils in catalysis, separation, absorption and polymer materials. The book offers an interesting and valuable guide for readers working in the areas of supramolecular chemistry and materials.