Optical Effects Associated with Small Particles
This volume is a collection of review articles by scientists who have pioneered many of the recent advances in studies of the optical effects of small particles. The book begins with a review of the multitude of sharp dielectric resonances which exist in all optical spectra as a result of particle size and shape. Latest advances in absorption and fluorescence spectroscopy of a single particle and/or an ensemble of particles are also discussed, as well as advances in the energy transfer mechanisms for molecules embedded in the particle. The effects of laser-induced heating on a single particle are reviewed in terms of the hydrodynamics and thermodynamics of the liquid droplet and its ambient gas surrounding. The limits of applying bulk optical constants to small particles which lie between the bulk substance and the quantum-sized substance are also presented.
What people are saying - Write a review
We haven't found any reviews in the usual places.
MDRS OF OTHER PARTICLES
PHYSICAL INTERPRETATIONS OF RESONANCES
OBSERVATIONS AND MEASUREMENTS OF MDRS
IR ABSORPTION SPECTROSCOPY SRMS
SUMMARY AND SUGGESTIONS FOR FURTHER WORK
Donald R Huffman
OPTICAL PROPERTIES OF SMALL PARTICLES
DEVIATIONS FROM BULK OPTICAL BEHAVIOR
Other editions - View all
absorbing absorption aerosol Aerosol Particle Appl approximation atoms backscattering breakdown bulk optical constants calculations Campillo carbon clusters coefficients component computed density of MDR's diameter dielectric dielectric function diffusion discussed distribution droplet droplet heating droplet surface effects elastic scattering electromagnetic electron emission energy transfer equations excitation experimental extinction Figure fluorescence fluorescence spectroscopy flux frequency hydrodynamic infrared intensity interactions internal field irradiance irradiated droplets laser beam lasing Lett levitation light scattering mass MDR's measurements medium microparticle Mie scattering Mie theory molecular molecules Morphology-Dependent Resonances nonlinear optical observed obtained occur olivine optical levitation optical properties oscillation parameter PFLOH photophoretic force Photothermal Modulation Phys plasma polarization pressure probe pulse quantum radiation radiation pressure radius Raman scattering Rayleigh refractive index region rhodamine scattered light shown in Fig single particle small particles spectra spectroscopy spectrum sphere spherical Structure Resonances surface plasmon surface wave temperature theory thermal vapor water droplets wavelength