Atomic absorption spectrometry basic components

Figure 1.5 Schematics of basic components of analytical techniques based on atomic optical spectrometry, (a) Atomic absorption spectrometry (b) atomic fluorescence spectrometry (c) atomic emission spectrometry.

The coding is part of the official lUPAC nomenclature for microporous materials. However, characterizations of natural zeolites include chemical and instrumental analyses of the samples and are crucial for their further application in water treatment. The chemical composition, usually determined by several different methods classical chemical analysis - gravimetric method, atomic absorption spectrometry or X-ray fluorescence spectrometry, etc., is very important for the efficiency of the water treatment processes and provides insight into the main amount of basic oxide components (SiO and Al O ), exchangeable cations (Na, K, Ca, Mg, Ba, Sr ) and other elements present in smaller concentrations (like Ti atoms). According to the proportion of exchangeable cations, we can then... 

Part V covers spectroscopic methods of analysis. Basic material on the nature of light and its interaction with matter is presented in Chapter 24. Spectroscopic instruments and their components are described in Chapter 25. The various applications of molecular absorption spectrometric methods are covered in some detail in Chapter 26, while Chapter 27 is concerned with molecular fluorescence spectroscopy. Chapter 28 discusses various atomic spectrometric methods, including atomic mass spectrometry, plasma emission spectrometry, and atomic absorption spectroscopy. 

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