Publikation: Experimental observation of single-file diffusion of Brownian particles
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The self-diffusion of particles restricted to one-dimensional channels is termed single-file diffusion if individual particles are unable to pass each other. We employ the interference pattern of two coherent laser beams to confine electrically charged polystyrene colloids in parallel "optical channels" formed by light forces arid study the particle diffusion within these channels by optical microscopy. For small channel spacings the particles can electrically couple between adjacent channels and their mean square displacement along these channels at long observation times t is proportional to t. For large channel spacings, however, where the coupling of particles is largely reduced, we find the mean square displacement to be proportional to t0,5, which signifies the occurrence of single-file diffusion.
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WEI, Qi-Huo, Clemens BECHINGER, Paul LEIDERER, 1999. Experimental observation of single-file diffusion of Brownian particles. In: Progress in Colloid and Polymer Science. 1999, 112, pp. 227-230. Available under: doi: 10.1007/3-540-48953-3_45BibTex
@article{Wei1999Exper-4662, year={1999}, doi={10.1007/3-540-48953-3_45}, title={Experimental observation of single-file diffusion of Brownian particles}, volume={112}, journal={Progress in Colloid and Polymer Science}, pages={227--230}, author={Wei, Qi-Huo and Bechinger, Clemens and Leiderer, Paul} }
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