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About: X-ray nanochemistry

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X-ray nanochemistry is a discipline that studies how to use newly developed nanomaterials to improve the effectiveness of X-ray radiation. X-ray nanochemistry therefore includes many components such as nanomaterials synthesis, physical and chemical principles governing the ways of improvement, and applications of these improvements. X-ray nanochemistry was first mentioned by Guo et al. (Davidson et al., 2012). X-ray nanochemistry is more fully defined in the book of “X-ray Nanochemistry: Concepts and Development,” which is the first book about this new discipline.X-ray nanochemistry is interfaced with many fields and applications such as kinetics and dynamics, X-ray spectroscopy, nanochemistry, catalysis, radiotherapy, radiation chemistry, photodynamic therapy, environmental science, sensi

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  • X-ray nanochemistry is a discipline that studies how to use newly developed nanomaterials to improve the effectiveness of X-ray radiation. X-ray nanochemistry therefore includes many components such as nanomaterials synthesis, physical and chemical principles governing the ways of improvement, and applications of these improvements. X-ray nanochemistry was first mentioned by Guo et al. (Davidson et al., 2012). X-ray nanochemistry is more fully defined in the book of “X-ray Nanochemistry: Concepts and Development,” which is the first book about this new discipline.X-ray nanochemistry is interfaced with many fields and applications such as kinetics and dynamics, X-ray spectroscopy, nanochemistry, catalysis, radiotherapy, radiation chemistry, photodynamic therapy, environmental science, sensing, batteries, high resolution invisible inks, X-ray driven signaling, biology, and many other fields and disciplines. (en)
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  • X-ray nanochemistry is a discipline that studies how to use newly developed nanomaterials to improve the effectiveness of X-ray radiation. X-ray nanochemistry therefore includes many components such as nanomaterials synthesis, physical and chemical principles governing the ways of improvement, and applications of these improvements. X-ray nanochemistry was first mentioned by Guo et al. (Davidson et al., 2012). X-ray nanochemistry is more fully defined in the book of “X-ray Nanochemistry: Concepts and Development,” which is the first book about this new discipline.X-ray nanochemistry is interfaced with many fields and applications such as kinetics and dynamics, X-ray spectroscopy, nanochemistry, catalysis, radiotherapy, radiation chemistry, photodynamic therapy, environmental science, sensi (en)
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  • X-ray nanochemistry (en)
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