Differential Optical Absorption Spectroscopy: Principles and ApplicationsSpringer Science & Business Media, 30 mag 2008 - 598 pagine Light is the essential source of information about the surrounding world for most of us. We see objects of di?erent brightness and colours, or, in scienti?c terms, we distinguish objects by the way they re?ect light of di?erent wa- lengths with varying e?ciency. It was exciting for both of us to learn that scienti?c instruments can expand our senses and provide information from this very same radiation that goes far beyond the simple recognition of - jects. Theabilityto“see”thecompositionoftheairsurroundingusandabove our heads, to us and others, one of the most fascinating aspects of the app- cation of modern technology to study the atmosphere. This fascination drove many of the applications of the Di?erential Optical Absorption Spectroscopy (DOAS) method presented in this book, and continues to be the motivation for many current developments. DOAS is an elegant and powerful analytical method to study the at- sphere and is based on the relatively simple principles of classical absorption spectroscopy. It has therefore always been quite surprising to us that this method has not found wider use in atmospheric research and air-quality m- itoring. We have introduced many university students and researchers to DOAS, often wishing that we could improve our e?orts with a comprehensive text that describes both the theoretical basis and the practical applications of the method. |
Sommario
1 | |
Atmosphere | 39 |
Interaction of Molecules with Radiation | 76 |
Radiation Transport in the Atmosphere | 91 |
Measurement Techniques for Atmospheric Trace | 113 |
Differential Absorption Spectroscopy | 135 |
The Design of DOAS Instruments | 175 |
Evaluation of DOAS Spectra Sensitivity and Detection | 287 |
Yesterday Today and Tomorrow | 495 |
Literature | 505 |
77 | 531 |
79 | 544 |
87 | 550 |
99 | 557 |
Spectral Positions of Emission Lines from | 569 |
102 | 570 |
Altre edizioni - Visualizza tutto
Differential Optical Absorption Spectroscopy: Principles and Applications Ulrich Platt,Jochen Stutz Anteprima non disponibile - 2010 |
Differential Optical Absorption Spectroscopy: Principles and Applications Ulrich Platt,Jochen Stutz Anteprima non disponibile - 2008 |
Differential Optical Absorption Spectroscopy: Principles and Applications Ulrich Platt,Jochen Stutz Anteprima non disponibile - 2009 |
Parole e frasi comuni
absorption cross-section absorption spectroscopy absorption spectrum active DOAS aerosol albedo altitude American Geophysical Union analysis Atmos boundary layer calculated Chap Chem chemistry cloud column density Copyright by American detection limit detector differential optical absorption DOAS applications DOAS instruments DOAS measurements DOAS system elevation angles emission Geophys Geophysical Union AGU GOME halogen HCHO Hönninger HONO intensity lamps laser Lett light path light source linear long-path MAX-DOAS method Mie scattering mirror mixing ratios molecules monitoring nitrous acid observations OCIO optical density oxides ozone parameters passive DOAS path length permission of AGU Perner Pfeilsticker photolysis photon Phys pixel Platt pollution profiles radiation Rayleigh scattering reaction reference spectra reproduced by permission retro-reflector satellite scattered light Sect solar species spectral spectrometer spectrum stratospheric structures Stutz sunlight technique telescope trace gas trace gases tropospheric typical University of Heidelberg wavelength zenith Δλ