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Chemical Luminescence Analysis

Gleitzer C, Goodenough JB (1985) Mixed-Valance Iron Oxides. 61 1-76 Gliemann G, Yersin H (1985) Spectroscopic Properties of the Quasi One-Dimensional Tetracyanoplatinate(II) Compounds. 62 87-153 Golovina AP, Zorov NB, Runov VK (1981) Chemical Luminescence Analysis of Inorganic substances. 47 53-119... [Pg.246]

Golovina, A. P., Zorov, N. B., Runov, V. K. Chemical Luminescence Analysis of Inorganic... [Pg.137]

Besides low detection limits and high sensitivity, chemical luminescence analysis is relatively simple... [Pg.53]

Besides low detection limits and high sensitivity, chemical luminescence analysis is relatively simple and requires inexpensive equipment. It is widely used in detecting trace amounts of an especially pure component in a mixture, in quantitative analysis of pure metals and alloys, semiconductor materials, soil, air, biological, and other specimens. [Pg.53]

Chemical luminescence analysis of inorganic compounds consists of various methods of detecting elements with the help of the luminescence phenomenon. These methods are based on chemical reactions which generally proceed in solutions and are accompanied with emission of radiation (rarely with quenching of this emission) at room or lower temperatures (often, at liquid nitrogen temperature, i.e. 77 K)1. Ultraviolet or visible light is usually used as the excitation source. [Pg.54]

Chemical luminescence analysis is an important application of the luminescence phenomenon in practice. Naturally, the development of new luminescence techniques... [Pg.54]

Photoluminescence is widely used in chemical luminescence analysis, on which greater attention is focussed in this review. Here, we shall not touch upon the works dealing with X-ray fluorescence, atomic fluorescence and other types of luminescence a comprehensive list of literature on these topics is given in recent reviews20,51,52 ... [Pg.55]


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Chemical luminescence

Luminescence analysis

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