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Reflective optical trap design

Cross sections (not to scale) of a novel reflective four-fiber optical tweezer analyzed by Bragheri F et al 2008: left panel - across the optical axis (the fiber core position is shown for the fiber #1), right panel - along the optical axis. Gray arrows denote the flow of the light power. [FB]

Reflective optical trap simulation


A map of the escape energy per unit power of the incident light near the tip of the novel optical tweezer shown above (Bragheri F et al 2008). The position of a trapped particle is indicated by a black circle. Coordinate z represents the distance from the tip of the tweezer. [FB]


Images: courtesy of FB (reproduced by permission of OSA from Bragheri F et al 2008 with modifications).

See also other images in the TPDSci gallery and consider showing here and in the TPDSci gallery interesting images of particles and dispersions.

 

Topics in Particle and Dispersion Science (TPDSci) is an online publication (ISBN 0-9780628-0-9) intended to provide a concise and increasingly comprehensive review of interdisciplinary topics in the particle and particle dispersion science, with the emphasis on the most recent developments. It is extensively cross-referenced and can be accessed via several convenient threads:

TPDSci accepts brief original contributions and contributions that review and comment on publications within the scope of TPDSci.

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