Spectroscopic Analysis of Gas Mixtures

Editor's ForewordForewordChapter I. Emission from Gaseous Discharges 1. Excitation of Spectra 2. Basic Characteristics of Gaseous Discharge 3. Spectral Line IntensityChapter II. Light Sources 4. Glow Discharge 5. High-Frequency Discharge 6. Pulse Discharges in Tubes with Internal ElectrodesChapter III. Spectroscopic Equipment. Preparation of Standard Mixtures 7. The Vacuum Unit 8. Discharge Tubes 9. Preparation of Standard Mixtures 10. Preparation and Purification of Gases 11. Light Source Power Supplies for Spectroscopy of Gas Mixtures 12. The Spectroscopic System 13. Monochromatic Light Filters 14. Photoelectric SpectrometersChapter IV. Methodological Problems 15. Relationship between Line Intensity and Concentration of an Element in a Mixture 16. Light Source and Analysis Conditions 17. Calibration Curves and Selection of Line Pairs for Analysis 18. Analysis of Multicomponent Mixtures 19. Microanalysis of Gases 20. Analytical Accuracy and Sources of Error 21. Evaluation and Improvement of Sensitivity in Gas Mixture AnalysisChapter V. Various Methods of Analysis of Gas Mixtures 22. Qualitative and Semiquantitative Analysis of Gas Mixtures 23. Quantitative Analysis of Binary Gas Mixtures 24. Quantitative Analysis of Multicomponent Mixtures 25. Analysis of Air 26. Fast Analysis of Gas Mixtures 27. Gas Mixture Analysis in Gas Discharge Tube 28. Analysis of Gas Mixtures in Medicine 29. Spectral Analysis of IsotopesChapter VI. Spectrum Absorption Methods in Analysis of Gas Mixtures 30. General Description of Spectrum Absorption Methods 31. Absorption in Excited Gases as a Basis of Analysis 32. Infrared Absorption Analysis of Gaseous Mixtures 33. Absorption Analysis of Gas Mixtures in the UltravioletAppendicesReferencesIndex