Abstract
AbstractLight scattering is an important tool which can be employed to investigate various particulate matters of different types and sizes. Light scattering techniques has found its importance in diverse fields like atmospheric monitoring, meteorology, LIDAR, nano-science issues etc. The scattered light is always encoded with information about the morphology of the particles. Usually, bio-chemical methods are employed for characterizing particle of biological origin; however, light scattering technique is a non-invasive and non-destructive tool that can always be used as an efficient tool for such investigations. The results obtained from light scattering experiments can be further compared with theoretical results obtained by using important light scattering theories like the Mie-theory, T-matrix theory and DDA etc. for comparative analyses. The data analyses give better interpretation of the results. In this paper, we present the novelty of using the scattering technique for characterizing Escherichia coli or E. coli.KeywordsLight scattering E. coli Mie theoryT-matrix approachMueller matrix
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