Light Scattering Media Optics

- Preface.
- Preface to First Edition.
- List of Abbreviations.
- List of Captions and Tables.

I Introduction:
1. Light Field.
2. Particles.
3. Radiative Transfer.
4. Scattering Theory.

II Single Light Scattering:
1. Particles Small Compared to the Wavelength.
2. Particles with Sizes comparable to the Wavelength.
3. Particles Large Compared to the Wavelength.
4. Particles with the refractive index close to the refractive index of a host medium.
5. Particles with the refractive index large compared to the refractive index of a host medium.
6. Layered particles.

III Radiative Transfer:
1. Radiative Transfer Equation.
2. Thin Layers.
3. Thick Layers.
4. Isotropically Light Scattering Layers.
5. Highly Anisotropically Light Scattering Layers.
6. Strongly Absorbing Media.
7. Weakly Absorbing Media.
8. Diffusion Approximation.
9. Small-angle Diffusion Approximation.

IV Light Scattering and Radiative Transfer in Densely Packed Disperse Media:
1. Single Light Scattering by Denseley Packed Particles.
2. Transmittance of Light Through a Monolayer of Densely Packed Large Particles.
3. Multiple Light Scattering in Disperse Media with Densely Packed Particles. V Applications:
1. Geophysical Optics.
2. Image Transfer.
3. Remote Sensing and Inverse Problems.
4. Bio-optics.
5. Planetary Optics.

- Appendix I - Refractive Indices.
- Appendix II - Exact Solutions of Light Scattering Problems for Uniform Two-Layered and Optically Active Spherical Particles.
- Appendix III - Special Functions.
- Appendix IV - Light Scattering on the Internet.
- Appendix V - Phase Functions.
- References.
- Index.-.