Flexible Metal–Organic Frameworks: Structural Design, Synthesis and Properties (Inorganic Materials Series, Volume 13)
Flexible Metal–Organic Frameworks: Structural Design, Synthesis and Properties is the 13th volume in the Inorganic Materials Series. Authored by Susumu Kitagawa, it covers the essential aspects of designing, synthesizing, and exploring the unique properties of these adaptable materials, providing valuable insights for materials scientists.
About This Book
Flexible Metal–Organic Frameworks delves into the innovative world of materials that can adapt their structures in response to external stimuli. As part of the Inorganic Materials Series, Volume 13, it focuses on the foundational aspects of these frameworks.
The book examines the structural design principles that enable flexibility, allowing for unique responses to environmental changes. It highlights how these properties distinguish flexible MOFs from rigid counterparts.
Synthesis methods are detailed, offering practical guidance on creating these advanced materials. The text covers various techniques to achieve desired structural dynamics.
Properties such as porosity, selectivity, and responsiveness are analyzed, showcasing potential in areas like gas storage and separation. This comprehensive approach aids researchers in understanding and applying flexible MOFs effectively.
Overall, the volume serves as a key resource for advancing knowledge in inorganic materials science.
Reviews
No reviews yet. Be the first to review this book!