X-ray Nanochemistry

Covers a brand new topic - first book on X-ray nanochemistry

Describes nanochemistry and its impact on many fundamental disciplines such as biology, chemistry, materials and physics

Covers applications of X-ray nanochemistry in medicine

Examines the instrumentation of X-ray nanochemistry

Covers a brand new topic - first book on X-ray nanochemistry Describes X-ray nanochemistry and its impact on many fundamental disciplines such as biology, chemistry, materials and physics Covers applications of X-ray nanochemistry in medicine Examines the instrumentation of X-ray nanochemistry

Auteur

Ting Guo is a Professor and Chair at the University of California, Davis in the Department of Chemistry. Professor Guo's research group at UC Davis focuses on studying the mechanisms and control of energy exchanges between nanomaterials and their environment.

Résumé

Covers a brand new topic - first book on X-ray nanochemistry

Describes nanochemistry and its impact on many fundamental disciplines such as biology, chemistry, materials and physics

Covers applications of X-ray nanochemistry in medicine

Examines the instrumentation of X-ray nanochemistry

Contenu
Part I. Introduction.- Chapter 1.X-ray Nanochemistry: Background and Introduction.- Part II. Concepts.- Chapter 2.Physical Principles and Physical Enhancement.- Chapter 3.Chemical Enhancement.- Chapter 4.Biological Enhancement.- Chapter 5.Isolation, Optimization and Combination of Individual Enhancements.- Part III. Nanomaterials and Methods.- Chapter 6.Nanomaterials for X-ray Nanochemistry.- Chapter 7.Techniques and Instruments for X-ray Nanochemistry.- Part IV. Development of Applications.- Chapter 8. X-ray Nanochemistry and Its Applications in Biology.- Chapter 9.Medical Applications of X-ray Nanochemistry.- Chapter 10.Applications of X-ray Nanochemistry in Catalysis.- Chapter 11. Applications of X-ray Nanochemistry in Sensing, Radiolysis and Environmental Research.- Part V. Conclusions and Future Work.- Chapter 12.Conclusions and Future Work.