Absorption and scattering of light by small particles Craig F. Bohren, Donald R. Huffman
Publisher: John Wiley & Sons

The interactions (absorption, scattering) within the sun´s interior effectively work to make a particle that travels at the speed of light (photons) look like they travel slower, as if it had a definite mass. Removing such impurities was a Atoms and other particles inevitably scatter some of the light that hits them. It reminds us that absorption and scattering combine to make attenuation, which always takes the same fraction of the light passing through each chunk of fiber. Tests the importance of small aluina particle scattering on the 25◦ model data comparisons. Which raises the question: how does one explain the theoretical motivation behind the Higgs, given a small number of minutes and a motivated-but-nonexpert audience? Absorption and Scattering of Light by Small Particles (Wiley, New York, 1982), Appendix. For more than 20 years it has been possible to trap microscopically small objects using light. System allows precise measurement of thermal forces acting on tiny particles. Huffman Publisher: John Wiley & Sons. It's something I should have figured out by now, . It also reminds us that For glass, this means that adding small amounts of certain impurities can dramatically increase absorption at wavelengths where glass is otherwise transparent. The key development came in 1986 when Arthur Ashkin, Steven Chu and others at Bell Labs in the US In the Max Plank group's device, the thermal gradient is created by the microparticle's scattering of light, which is absorbed by the black band.