Handbook of Ionic Liquids

This comprehensive guide explores the advancements and applications of ionic liquids, making it essential for researchers in various scientific fields.

The Handbook of Ionic Liquids serves as a comprehensive reference for researchers delving into the world of ionic liquids and their myriad applications. It provides a thorough overview of the advancements in ionic liquid chemistry, detailing their historical development and the innovative designs that have emerged. This resource covers a wide range of applications, including sustainable synthesis, catalysis, drug development, and various fields such as biotechnology, materials science, and electrochemistry.

In the Handbook of Ionic Liquids, the authors delve into the processes that lead to the creation of novel materials utilizing ionic liquids. They also explore potential future developments, supported by practical examples derived from contemporary research. Key topics include biomass conversion, CO2 capture, and the intricate relationship between ionic liquids and environmental sustainability.

The book features an introduction to the theory behind ionic liquids, along with their various types and recycling methods. It includes in-depth discussions on their physico-chemical properties, synthesis, and analysis, emphasizing green synthesis and applications in heterocyclic chemistry. Additionally, it summarizes the role of ionic liquids in materials science, particularly in polymers and energy conversion. Ideal for organic, catalytic, physical, analytical, and environmental chemists, the Handbook of Ionic Liquids is also a valuable resource for electrochemists, materials scientists, and biotechnologists interested in the potential of ionic liquids.