12. Separation of Close Spectrum Lines for Monochromatic Illumination

Chapters in this book

1. Frontmatter I
2. Foreword IX
3. Table of Contents XI
4. 1. Plane Grating Spectrographs of Long Focus 1
5. 2. The Resonance Spectra of Iodine 6
6. 3. Resonance Spectra of Iodine 20
7. 4. The Series of Resonance Spectra 38
8. 5. Band and Line Spectra of Iodine 51
9. 6. Zeeman-Effect for Complex Lines of Iodine 68
10. 7. A Photometric Study of the Fluorescence of Iodine Vapor 77
11. 8. The Magneto-Optics of Iodine Vapors 85
12. 9. The Fluorescence of Gases Excited by Ultra-Schumann Waves 95
13. 10. A Further Study of the Fluorescence Produced by Ultra-Schumann Rays 106
14. 11. Scattering and Regular Reflection of Light by an Absorbing Gas 117
15. 12. Separation of Close Spectrum Lines for Monochromatic Illumination 147
16. 13.Photometric Investigation of the Superficial Resonance of Sodium Vapor 155
17. 14. The Separate Excitation of the Centers of Emission of the D Lines of Sodium 166
18. 15. Resonance Radiation of Sodium Vapor Excited by One of the D Lines 174