Fluorescence Analysis-(Third Edition)

Author: Xu Jinjun
Publisher:
Publish Date: 2006-07-01
Features: This book provides a comprehensive introduction to fluorescence analysis. It elaborates on the basic concepts and principles of fluorescence analysis, the relationship between fluorescence and molecular structure, the effects of environmental factors on fluorescence spectra and intensity, as well as the quenching of solution fluorescence. It introduces the components of fluorescence instruments, the calibration of fluorescence spectra, the sensitivity of fluorescence instruments, and the performance of common instruments on the market. It also covers various fluorescence analysis methods, including conventional fluorescence analysis, synchronous fluorescence analysis, three-dimensional fluorescence spectroscopy, time-resolved and phase-resolved fluorescence analysis, fluorescence polarization determination, low-temperature fluorescence analysis, solid surface fluorescence analysis, kinetic fluorescence analysis, spatially resolved fluorescence analysis techniques, single-molecule fluorescence detection, fluorescence immunoassay, and derivative fluorescence analysis, among others. It provides a brief review of fluorescence analysis for nearly 70 elements and organic compounds such as aliphatic, aromatic, vitamins, amino acids, proteins, nucleic acids, amines, steroids, enzymes, coenzymes, drugs, toxins, and pesticides. This book is rich in content and has a wide range of applications, making it suitable as a textbook or teaching reference for undergraduate and graduate students in relevant fields at universities and colleges, as well as for scientific and technical personnel in research and production departments... This book provides a comprehensive introduction to fluorescence analysis. It elaborates on the basic concepts and principles of fluorescence analysis, the relationship between fluorescence and molecular structure, the effects of environmental factors on fluorescence spectra and intensity, as well as the quenching of solution fluorescence; introduces the components of fluorescence instruments, the calibration of fluorescence spectra, the sensitivity of fluorescence instruments, and the performance of common instruments on the market; introduces various fluorescence analysis methods, including conventional fluorescence analysis, synchronous fluorescence analysis, three-dimensional fluorescence spectroscopy, time-resolved and phase-resolved fluorescence analysis, fluorescence polarization determination, low-temperature fluorescence analysis, solid surface fluorescence analysis, kinetic fluorescence analysis, spatially resolved fluorescence analysis techniques, single-molecule fluorescence detection, fluorescence immunoassay, and derivative fluorescence analysis, among others; provides a brief review of fluorescence analysis for nearly 70 elements and organic compounds such as aliphatic, aromatic, vitamins, amino acids, proteins, nucleic acids, amines, steroids, enzymes, coenzymes, drugs, toxins, and pesticides. This book is rich in content and has a wide range of applications, making it suitable as a textbook or teaching reference for undergraduate and graduate students in relevant fields at universities and colleges, as well as for scientific and technical personnel in research and production departments. This is a theoretical monograph on fluorescence analysis, which provides a comprehensive introduction to fluorescence analysis, covering topics such as an introduction to fluorescence analysis, the relationship between fluorescence and molecular structure, the effects of environmental factors on fluorescence spectra and intensity, the quenching of solution fluorescence, fluorescence instruments, etc. It is suitable for reference use by undergraduate and graduate students in relevant fields at universities and colleges, as well as related technical personnel.