TPDSci Literature survey 20070718

Literature survey: 18 July 2007

Interaction of light with matter
- Absorption and scattering of light by water and seawater: monographic reviews (Woźniak B and Dera 2007, Jonasz M and Fournier 2007)
- Intense nonlinear magnetic dipole radiation due to scattering of light at optical frequencies by a dielectric liquid (Oliveira SL and Rand 2007a)
- Moving liquid by a light beam through momentum transfer (Schroll RD et al 2007)
  See also: particle trapping and manipulation

Light scattering and absorption by particles: Fundamental problems and models
- Chebyshev particles: Analytical solution of light scattering by using Sh-matrices (Petrov D et al 2007a)
- Layered particles: Light scattering properties calculated by using Sh-matrices (Petrov D et al 2007b), a modification of the T-matrix method
- Light scattering by particles in water: theoretical and experimental constraints (Jonasz M and Fournier 2007)
- Nonspherical aquatic particles: optical properties - theory and measurements (Clavano WR et al 2007)
- Orientation-averaged light scattering by an anisotropic sphere: calculation by using the T-matrix method (Stout B et al 2007)
- Scattering by particles within a volume of turbid medium: a study, using the T-matrix method, of the effect of randomness of spatial distribution of the particles and the onset of multiple scattering with increasing concentration (Mishchenko MI et al 2007b)
  See also: Mishchenko MI et al 2004a
- T-matrix method bibliography update: 2004-2006 (Mishchenko MI et al 2007a)

Light scattering and absorption by cells and cell organelles
- Comparison of Mie and fractal models (Wu TT et al 2007, Xu M et al 2007b)
  See also Sheppard CJR 2007, Xu M and Alfano 2005 for discussion of fractal models of light scattering by cells and tissue
- Fourier analysis of the angular scattering pattern of a cell enables characterization of the cell structure (Su XT et al 2007)
  See also Fourier analysis-based particle sizing in particle size measurement by light scattering and absorption
- Light scattering by cell organelles (Wilson JD et al 2007)
  See also scattering of light by cells
- Size distribution of cell organelles determined with confocal spectral microscopy (Fang H et al 2007)
  See also Fang H et al 2003

Nanoparticles: optical properties
- Absorption spectra of Ag, Au, and Cu nanoparticles (~20 nm dia.) imbedded in silica (Crespo-Sosa A et al 2007)
- Absorption and scattering of gold nanoparticles in liquid phantoms depend on concentration of the nanoparticles (Moon S et al 2007)

Particle characterization
- Droplet size and refractive index from rainbow refractometry (Wilms J and Weigand 2007)
- Ion distribution around electrostatically stabilized polystyrene latex particles (coated sphere model) studied by polarized light scattering (Erbe A et al 2007)
  See also Erbe A et al 2006
- Particle shape, area, and perimeter from digital image of a particle, accuracy of (Zeidan M et al 2007)
- Particle sizing accuracy of the angle-resolved optical coherence interferometry: Effect of polarization (Pyhtila JW and Wax 2007)
- Submicron particle sizing with confocal spectral microscopy (Fang H et al 2007)
  See also Optical scatter imaging
- See also light scattering and absorption by cells and cell organelles

Particle finding and identification
- Automated classification and recognition of bacteria in flow by multi-angle light scattering measurements (Rajwa B et al 2007)
  See also particle identification
- Detection and imaging of nanoparticles in cells: comparison of photothermal and fluorescence imaging, and flow-cytometry (Lapotko DO et al 2007)
  See also Optical scatter imaging: Detection limits
- Determination of 3D positions of submicron particles over a depth of several micrometers with several nanometers accuracy in all dimensions by using simultaneous two-plane imaging: in-focus for 2D position and out-of-focus for the depth evaluation (Toprak E et al 2007)
  - See also particle position determination
- Discrimination and mapping of particle size in turbid medium by spectral analysis of OCT measurements (Pitris C et al 2007)
- Submicron particle size determination and mapping with confocal spectral microscopy (Fang H et al 2007)

Particle trapping and manipulation
- Acoustic cell trapping (Evander M et al 2007)
  An alternative to optical cell trapping (see particle trapping, optical)
- Acoustophoresis as a means of separating and sorting particles based on their size and density (Petersson F et al 2007)
- Fiber-optics-based particle traps using axicon-tipped fibers (Mohanty SK et al 2007)
  See also Mohanty KS et al 2006

Turbid medium: Characterization with light scattering
- Characterization of polymers with light scattering methods (Holoubek J 2007)
- Determination of optical properties of liquid turbid medium (Martelli F and Zaccanti 2007)
- Kubelka-Munk theory (KMT): physical interpretation and accuracy (Kokhanovsky AA 2007)
  See also: Kubelka-Munk theory
- Refractive index of turbid liquids from reflectometry and transmissometry (Niskanen I et al 2007a)

Turbid medium: Radiative transfer and optical properties
- Absorption and scattering coefficient of a liquid turbid medium at NIR: Intralipid and India ink (Martelli F and Zaccanti 2007)
- Effects of particle size, refractive index, and concentration (volume fraction) on radiative transfer in turbid medium (Caton F et al 2007)
- Effective phase function of turbid medium (Caton F et al 2007)
  See also phase function of turbid medium

Turbid medium: Optical imaging in and determination of spatial structure of
- Gold nanorods as low backscattering contrast agents for OCT (Oldenburg AL et al 2007)
- Imaging of objects hidden in turbid media improves with the use of circularly polarized light (Ni X et al 2007)
  See also: Polarization memory

Modified: 07-Apr-2008