Vesicle sizing: Number distributions by dynamic light scattering.

@article{Hallett1991VesicleSN,
  title={Vesicle sizing: Number distributions by dynamic light scattering.},
  author={F. Ross Hallett and Jane Watton and Peter H. Krygsman},
  journal={Biophysical journal},
  year={1991},
  volume={59 2},
  pages={
          357-62
        }
}
Vesicle sizing by static light scattering: a Fourier cosine transform approach.
TLDR
A Fourier cosine transform method, based on the Rayleigh-Gans-Debye thin-shell approximation, was developed to retrieve vesicle size distribution directly from the angular dependence of scattered light intensity and aprimitive theory about the first four moments of the radius distribution about the origin was obtained.
Vesicle size measurement by static light scattering: a Fourier cosine transform approach
Based on the Rayleigh-Gans-Debye thin shell approximation, a fast Fourier cosine transform method was developed to retrieve vesicle size distributions directly from the light scattering measurement.
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Particle size analysis: number distributions by dynamic light scattering
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The first order electric field correlation function of laser light scattered by polydisperse solutions of macromolecules can be written as a sum or distribution of exponentials, with decay rates
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(CH/sub 3/(CH/sub 2/)/sub 15/)(CH/sub 2/==CH(CH/sub 2/)/sub 8/CONH(CH/sub 2/)/sub 6/)(CH/sub 3/)/sub 2/N/sup +/Br/sup -/(1),(CH/sub 3/(CH/sub 2/)/sub 14/CO/sub 2/(CH/sub 2/)/sub 2/)/sub 2/(CH/sub
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