Topics in Particle and Dispersion Science

Literature survey: 04 July 2007

• Absorption of light
  • Absorption and emission of light by silicon nanoparticles vs. particle size
• Aerosol
  • Saharan aerosol: optical properties
• Attenuation of light
  • Attenuation of light by Saharan aerosol: seasonal statistics for the Ĺngstrom law exponent and optical depth (Nwofor OK et al 2007)
  • Attenuation and backscattering cross sections for bacteria (Thomas ME et al 2007)
    See also: Airola MB et al 2005, Walts SC et al 2004, Mitchell CA et al 2002
• Bacteria
  • Optical cross sections of bacteria
• Cells
  • Rapid transfer between different environments
  • Separation and detection cancer cells by using interdigitated electrode arrays (Morganti E et al 2007)
• Nanoparticles
  • Absorption and emission of light by silicon nanoparticles vs. particle size (Meier C et al 2007)
  • Growth of individual immobilized gold nanoparticles monitored in real-time by imaging spectroscopy using a fast addressable LCD shutter to select the particle images (Becker J et al 2007)
  • Particle size and concentration from UV-visible spectra (Haiss W et al 2007)
  • Particle size and shape from visible spectra
  • Scattering of polarized light by a single nanoparticle: effects of the observation mode (Yang Haw 2007)
• Particle position mapping
  • Particle position mapping with subpixel accuracy (Feng Y et al 2007)
    See also: edge detection with subpixel accuracy (Baba M and Ohtani 2001, Baba M et al 2000
• Particle size distribution
  • Effect of size distribution of silicon nanoparticles on the absorption and emission of light by silicon nanoparticles (Meier C et al 2007)
  • Inversion of the particle size distribution from laser diffraction by using the conjugate gradient method (Ge B et al 2007)
  • Particle size distribution of a polymerizing suspension by using FBRM (Hukkanen E and Braatz 2007)
• Particle trapping and manipulation
  • Optical particle trap used to rapidly transfer a cell between different environments in a microfluidic device (Eriksson E et al 2007b, 2007a)
• Polarization
  • Polarization of skylight: a simple model compared with experimental data (Smith GS 2007)
    • See also an analytical model for graphics rendering: Wilkie A et al 2004
• Refractive index
  • Refractive index of polystyrene latex in suspension (complex) - a method of determination (Velazco-Roa MA and Thennadil 2007)
    See also: Refractive index of polystyrene
  • Refractive index of water from UV to near-infrared (Daimon M and Masumura 2007)
    See also refractive index of water
• Scattering of light
  • Backscattering cross sections for bacteria
  • Generalized Lorenz-Mie theory for a homogeneous spheroid in an arbitrarily located, shaped, and oriented beam (Xu F et al 2007a)
  • Scattering of light and propagation of light through an interface (Snell law) (Kurusingal J 2007)
    See also: Doyle 1985, Drosdoff D and Wisdom 2005 (and a comment on that latter work by Peréz JP 2005 responded to by Drosdoff D and Wisdom 2006).
    See also the problem of propagation of light through an interface and reflection at that interface (Ewald-Oseen extinction theorem; Fearn H et al 1996)
  • Scattering of light by a single particle: the observation mode effects
  • Scattering of light by tissue and cells: a fractal model (Sheppard CJR 2007)
    See also Xu M and Alfano 2005

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Modified: 06-Jul-2007