Cutting-Edge Insights: Birchall and Shepherd Dive into Synchrotron Diffraction Studies
The SISC Group at the University of Kent has once again marked its presence in the academic world with the publication of a book chapter on spin crossover materials. Authored by Lee Birchall and Helena Shepherd, the chapter titled Synchrotron diffraction studies on spin crossover materials is part of the Comprehensive Inorganic Chemistry III series.
Spin crossover materials, known for their ability to switch reversibly between high and low spin states in response to external stimuli such as temperature, pressure, and light irradiation, are at the forefront of scientific exploration due to their potential applications in sensing, display, and actuation technologies. These materials exhibit fascinating changes in colour, magnetic, and structural properties during the transition between spin states, making them an exciting subject of study.
The chapter delves deep into the structural transformations occurring during these transitions, emphasising the critical role of synchrotron facilities in understanding the spin crossover systems. Synchrotron diffraction allows researchers to observe subtle structural changes and probe the effects of extreme conditions in situ, offering invaluable insights into the mechanism behind the spin crossover phenomenon.
Comprehensive Inorganic Chemistry III is a ten-volume reference work that covers the fundamental principles, recent discoveries, and significant applications of elements and their compounds. This extensive resource is authored by renowned experts in the field and is intended for a wide audience, including students, researchers, faculty, and industry professionals. The book provides a thorough and in-depth overview of topics, making it a ‘one-stop’ comprehensive resource for inorganic chemistry.
The SISC Group and the broader University of Kent community are proud of the contributions made by Lee Birchall and Helena Shepherd in enhancing our understanding of spin crossover materials. Their work not only adds to the rich tapestry of knowledge in inorganic chemistry but also paves the way for future innovations and applications. The SISC group continues to be a beacon of research excellence, contributing significantly to the global scientific community.