| Note de contenu : |
I. THEORETICAL PRINCIPLES : 1. Introduction - 2. Atomization - 3. Characteristics of flames - 4. Excitation of metallic spectra - 5. The use of organic solvents
II. INSTRUMENTATION AND TECHNIQUE : 6. The flame photometer - 7. Interferences - 8. Evaluation methods - 9. Selection of optimal working conditions - 10. Absorption flame photometry
III. FLAME PHOTOMETRY APPLIED TO THE INDIVIDUAL ELEMENTS : 11. Introduction to the determination of the elements - 12. The alkali metals - 13. Elements of periodic groups I-B and II-B - 14. Magnesium and the alkaline earth metals - 15. Scandium, yttrium, lanthaum, and the rare earths - 16. Boron, aluminum, indium, gallium, and thallium - 17. Elements of periodic group IV - 18. Chromium, molybdenum, vanadium, and maganese - 19. Iron, cobalt, nickel, and the platinum metals - 20. The nonmetals
IV. APPLICATIONS : 21. Clinical applications - 22. Soils, plant materials, and plants nutrients - 23. Cement and glass |
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Flame photometry / New York [Etats-Unis] : Mc-Graw-Hill (1960)
