Chalcogenide From 3D to 2D and Beyond
“Chalcogenide From 3D to 2D and Beyond” by Xinyu Liu, published by Elsevier Science on November 15, 2019, is a comprehensive exploration of graphene-like 2D chalcogenide systems. This edition spans 398 pages and is presented in English, focusing on advanced materials that include topological insulators and unique thermoelectric structures. The book provides an overview of the growth and fabrication of these materials, along with their magnetic, electronic, and optical characterization.
Readers will find detailed discussions on bulk chalcogenides, chalcogenide films, and their heterostructures, as well as low-dimensional chalcogenide-based quantum structures. The text emphasizes both experimental and theoretical aspects, highlighting significant findings relevant to the ongoing search for new physical phenomena and functionalities. Additionally, the book addresses the emerging opportunities in achieving lower-dimensional chalcogenide structures through epitaxial techniques, making it a valuable resource for those interested in technology and engineering, materials science, and optics.
Official synopsis Publisher
Chalcogenide: From 3D to 2D and Beyond reviews graphene-like 2D chalcogenide systems that include topological insulators, interesting thermoelectric structures, and structures that exhibit a host of spin phenomena that are unique to 2D and lower-dimensional geometries. The book describes state-of-the-art materials in growth and fabrication, magnetic, electronic and optical characterization, as well as the experimental and theoretical aspects of this family of materials. Bulk chalcogenides, chalcogenide films, their heterostructures and low-dimensional chalcogenide-based quantum structures are discussed. Particular attention is paid to findings that are relevant to the continued search for new physical phenomena and new functionalities.
Finally, the book covers the enormous opportunities that have emerged as it has become possible to achieve lower-dimensional chalcogenide structures by epitaxial techniques.
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