UV-Visible Reflection Spectroscopy of Liquids
Water is the most important element for a life. Scientists have been doing thorough investigations on the properties of water while engineers have - ploited water in various industrial processes that aim at better optimization of the quality of industrial products. The knowledge of the physico-chemical properties of various liquids is extremely important in the field of life s- ences. Recently, the study of liquids containing nanoparticles has been gr- ing,sincee. g. themoderndevelopmentofnewdrugsbybioa?nityassays,and drug delivery is based more and more on the exploitation of nanoparticles in liquid phase. Optical metrology in context of drugs development is becoming an important tool in high-throuhgput screening of potential molecules. - fortunately, process liquids in life sciences and in industrial environments are usually ”ill-behaving” and it is usually difficult to monitor their condition. Fortunately,opticalsensingbasedonreffectometrycanbeexploitedininsp- tion of the quality of transparent and turbid liquids. This book is exceptional in the sense that it introduces the theory and practical reffectometry between same covers. We recommend this book for beginners and professionals who are doing research or working with a variety of liquids either in academic or engineering societies. The book is helpful for physicists, chemists and en- neers since it covers topics related to basic physics and optics, optical spectra analysis, optical metrology and practical building of reffectometers. The authors wish to express their cordial thanks to Professor Rauno Aulaskari for helping in the formulation of Appendix B and to Dr. Chun Ye for his critical comments. We will also remember with warmth Mrs.
1129017613
UV-Visible Reflection Spectroscopy of Liquids
Water is the most important element for a life. Scientists have been doing thorough investigations on the properties of water while engineers have - ploited water in various industrial processes that aim at better optimization of the quality of industrial products. The knowledge of the physico-chemical properties of various liquids is extremely important in the field of life s- ences. Recently, the study of liquids containing nanoparticles has been gr- ing,sincee. g. themoderndevelopmentofnewdrugsbybioa?nityassays,and drug delivery is based more and more on the exploitation of nanoparticles in liquid phase. Optical metrology in context of drugs development is becoming an important tool in high-throuhgput screening of potential molecules. - fortunately, process liquids in life sciences and in industrial environments are usually ”ill-behaving” and it is usually difficult to monitor their condition. Fortunately,opticalsensingbasedonreffectometrycanbeexploitedininsp- tion of the quality of transparent and turbid liquids. This book is exceptional in the sense that it introduces the theory and practical reffectometry between same covers. We recommend this book for beginners and professionals who are doing research or working with a variety of liquids either in academic or engineering societies. The book is helpful for physicists, chemists and en- neers since it covers topics related to basic physics and optics, optical spectra analysis, optical metrology and practical building of reffectometers. The authors wish to express their cordial thanks to Professor Rauno Aulaskari for helping in the formulation of Appendix B and to Dr. Chun Ye for his critical comments. We will also remember with warmth Mrs.
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UV-Visible Reflection Spectroscopy of Liquids

UV-Visible Reflection Spectroscopy of Liquids

UV-Visible Reflection Spectroscopy of Liquids

UV-Visible Reflection Spectroscopy of Liquids

Hardcover(2004)

$109.99 
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Overview

Water is the most important element for a life. Scientists have been doing thorough investigations on the properties of water while engineers have - ploited water in various industrial processes that aim at better optimization of the quality of industrial products. The knowledge of the physico-chemical properties of various liquids is extremely important in the field of life s- ences. Recently, the study of liquids containing nanoparticles has been gr- ing,sincee. g. themoderndevelopmentofnewdrugsbybioa?nityassays,and drug delivery is based more and more on the exploitation of nanoparticles in liquid phase. Optical metrology in context of drugs development is becoming an important tool in high-throuhgput screening of potential molecules. - fortunately, process liquids in life sciences and in industrial environments are usually ”ill-behaving” and it is usually difficult to monitor their condition. Fortunately,opticalsensingbasedonreffectometrycanbeexploitedininsp- tion of the quality of transparent and turbid liquids. This book is exceptional in the sense that it introduces the theory and practical reffectometry between same covers. We recommend this book for beginners and professionals who are doing research or working with a variety of liquids either in academic or engineering societies. The book is helpful for physicists, chemists and en- neers since it covers topics related to basic physics and optics, optical spectra analysis, optical metrology and practical building of reffectometers. The authors wish to express their cordial thanks to Professor Rauno Aulaskari for helping in the formulation of Appendix B and to Dr. Chun Ye for his critical comments. We will also remember with warmth Mrs.

Product Details

ISBN-13: 9783540405825
Publisher: Springer Berlin Heidelberg
Publication date: 03/05/2004
Series: Springer Series in Optical Sciences , #92
Edition description: 2004
Pages: 224
Product dimensions: 6.10(w) x 9.25(h) x 0.03(d)

Table of Contents

I Theory of Reflectometry.- 1 Demands on Measurement of Optical Constants of Liquids in Science and Industry.- 2 Liquids.- 3 Theory of Optical Constants.- 4 Theory of Reflectance.- 5 Probe Window Contamination and Reflectance.- 6 Wavelength Spectra Analysis.- II Practical Reflectometry.- 7 Introduction.- 8 Definitions of Optical Instrumentation and Measurement.- 9 Exploring the Insides of a Spectrophotometer.- 10 Understanding Your Signal.- 11 Before Measurement.- 12 From Theory to Measurement.- Appendices.- A Intensity Law for Nonlinear Absorption.- B Complex Angle of Refraction.- C Cauchy-Riemann Equations.- D Kramers-Kronig Integrals and Symmetry Properties.- References.
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