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Handbook of Flame Spectroscopy
Analytical flame spectroscopy is a rich and growing disci pline, rooted in the broad fields of physics and chemistry. Its applications abound not only in these large areas, but also thrive in the geosciences, materials science, and clinical and biochemical analysis. As an inevitable corollary of the field's growth, the scientist seeking to develop a fluent expertise has been forced to assimilate and master a rapidly increasing quantity of information. Our guiding hope in creating the present work has therefore been to provide the investigator with a single reference source for nearly all the material ever likely to be required in the daily conduct of basic or applied research. Flame spectros...
Flame Spectroscopy: Atlas of Spectral Lines
This atlas was begun mainly to gather together information on atomic absorption spectral lines for the use of practicing analyt ical chemists, who often find it necessary to use less sensitive lines. It was hoped that pertinent data could be obtained and for the first· time published in a single format in one place. This effort led to the realization that many workers in the field employ atomic emission and atomic absorption as complemen tary techniques. Therefore, it was decided to include both of these techniques in the atlas. Finally, it was decided that because atomic fluorescence spectroscopy shows so much promise as an analytical tool, the available data for this method should be incl...
Metal Vapours in Flames
The book is unique in comprising our present knowledge about the general state of, and the processes involving, metal vapours in combustion flames. It deals thoroughly with a great variety of experimental techniques, including many practical hints, and synthesizes the results in this field of research which are often scattered across publications in widely different areas of science and technology and over a large time span. An account is given of the results of recent and past flame experiments on the properties of metal species and the processes in which they take part. Properties and processes that are discussed 'in extenso' include the dissociation energy of metal compounds, collisional broadening of atomic lines, physical and chemical excitation and quenching of electric states, formation reactions of metal compounds, ionization and diffusion. Many of the topics and experimental methods discussed are also of interest in other fields of fundamental and applied science. In particular, explicit conclusions are drawn as to the analytical application of flame spectroscopy.
International Union of Pure and Applied Chemistry
International Union of Pure and Applied Chemistry: Nomenclature, Symbols, Units and their Usage in Spectrochemical Analysis—III: Analytical Flame Spectroscopy and Associated Non-Flame Procedures covers the analytical application of flame spectroscopy and related procedures, which is not encompassed in the first two parts of the series. Parts I and II of the series deal with general recommendations. Section 1 of this document presents a classification of the methods and instruments used in the different branches of analytical flame spectroscopy. Section 2 lists terms and symbols for common quantities and constants in analytical spectroscopy. The subsequent section discusses the terms, symbols, and units for the description of the analytical flame spectrometer and similar devices. Section 4 explains the general terms and symbols relating to the methods of flame spectroscopy. The final section deals with the terms, symbols and units relating to optical radiation. This document is valuable to practical analysts who are looking for well-defined terminologies and consistent set of symbols in the field of analytical flame spectroscopy.
Flame Spectroscopy
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