Titlebook: Optics of Biological Particles; Alfons Hoekstra,Valeri Maltsev,Gorden Videen Conference proceedings 2007 Springer Science+Business Media B

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1568-2609 d colleagues of Valeri, and especially the fixer Dina Goloshchapova who dealt with all the difficult problems. Optics of biological Gorden Videen, Alfons Hoekstra and Valeri Maltsev at particles encompasses a c978-1-4020-5501-0978-1-4020-5502-7Series ISSN 1568-2609

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ANGULARLY RESOLVED ELASTIC SCATTERING FROM AIRBORNE PARTICLES,ter, we provide an overview of the historical development of the theoretical models and experimental techniques underpinning angularly resolved light scattering, address key methods of data analysis used to derive particle characteristics, and describe some of the very latest research results in the field.

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MODELING OF LIGHT SCATTERING BY SINGLE RED BLOOD CELLS WITH THE FDTD METHOD,lems of light scattering by biological cells and a parallel FDTD algorithm for numerical computation. Furthermore, we review a specific application of FDTD to the simulation of the scattering properties of single human red blood cells with biconcave and deformed shapes.

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BIO-AEROSOL FLUORESCENCE,aerosols’ fluorescence spectra. There is general agreement that fluorescence is a discriminator capable of separating bio- from non-bio-aerosols; however, an appropriate particle identifier has yet to be fully adapted to the monitoring of threat aerosols in the highly variable atmospheric environment.

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ASTRO-BIOLOGICAL SIGNATURES,d by a biological system, and the detection of either biological material itself or its effect on the environment. We discuss the use of chirality and spectrally resolved circular polarization as a remote-sensing technique for distinguishing between biological and non-biological substances.