Principles of instrumental analysis - Skoog, Douglas A.; Leary, James J. (Fort Worth : Saunders College Pub., 1992)
1. Introduction. --2. Operational amplifiers in chemical instrumentatiion. --3. Digital electronics, microprocessors, and computers. --4. Signals and noise. --5. Properties of electromagenetic radiation. --6. Instruments for optical spectroscopy. --7. An introduction to molecular ultraviolet/visible and near-infrared absorption spectroscopy. --8. Application of molecular ultraviolet/visible absorption spectroscopy. --9. Molecular fluorescence, phosphorescence, and chemiluminescene. --10. Atomic spectriscioy based upon flame and electrothermal atomization. --11. Emission spectroscopy based upon plasma, arc, spark atomization. --12. Infrared absorption spectroscopy. --13. Raman spectroscopy. --14. Nucleur magnetic resonance spectroscopy. --15. X-ray spectroscopy. --16. Analysis of surface with eletron beams. --17. Radiochemical methods. --18. Mass spectrometry. --19. An introduction to electroanalytical chemistry. --20. Potentiometric methods. --21. Coulometric methods. --22. Voltammetry. --23. Thermal methods. --24. An introduction to chromatographic separations. --25. Gas chromatography. --26.Highg-performance
Includes bibliographical references and index
Keywords: Instrumental analysis -- Textbooks