By Dwayne Heard
Written as an authoritative advisor to the recommendations of instrumental dimension for the atmospheric scientist, examine scholar or undergraduate, Analytical innovations for Atmospheric dimension specializes in the tools used to make actual time measurements of atmospheric fuel and aerosol composition.
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Extra info for Analytical Techniques for Atmospheric Measurement
In Chapter 6, by James Allan and Hugh Coe, methods for the measurement of the physical and chemical properties of atmospheric aerosols are covered. Aerosols come in a wide variety of sizes, shapes and chemical composition, and in order to understand their toxic properties, their ability to absorb or scatter radiation, or their ability to act as sinks (via surface uptake) for gaseous intermediates, it is crucial to have a detailed knowledge of the number density and chemical composition as a function of size.
A) The universality of the method is. It is a clear advantage to be able to measure several species simultaneously. (b) What is the sensitivity of the instrument? Is this significantly less than the atmospheric concentration of the desired analyte? (c) Is the instrument specific for a given species, and are there interferences from other species? Optical methods have an advantage in that spectra can be used to fingerprint a given molecule, but it needs to be proven that the spectra are due to ambient sources of the species and not generated within the instrument.
Calibration of instruments and intercomparison of methods are important components of quality control and are covered extensively in each chapter. (6) A description of the future requirements and the latest developments involving a given technique. (7) Suggestions for further reading in general texts, as well as a comprehensive bibliography of the research literature covering the historical development of the technique, descriptions of state-of-the-art instruments used worldwide, and examples of their deployment and results obtained.
Analytical Techniques for Atmospheric Measurement by Dwayne Heard