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Chen, Yeng -Long

Polymer Physics and Flow - Theory. Chen, Yeng -Long. DNA / Polymer physics in n anoslits and nanochannels . Macromolecules, 2010, 2011, 2012. I = 35 mM. 20nm. 65nm. 110n m. 192n m. 465n m. 2 m m. Linear. Circular. h =104 nm. 4 mM. 7.5 mM. 15 mM. 30 mM. 250 mM. Linear.

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Chen, Yeng -Long

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  1. Polymer Physics and Flow - Theory Chen, Yeng-Long DNA / Polymer physics in nanoslits and nanochannels Macromolecules, 2010, 2011, 2012 I = 35 mM 20nm 65nm 110nm 192nm 465nm 2 mm Linear Circular h =104 nm 4 mM 7.5 mM 15 mM 30 mM 250 mM Linear Circular

  2. Chen, Yeng-Long Fractionation of cells by elasticity and size by cell deformation and inertial flow physics J. Chem. Phys. 2010 Healthy and diseased cells Re ~ O(1) Hou et al, Lab Chip (2010) RBC and platelets

  3. Biophysics, Polymer Physics, and Microflow Chou, Chia-Fu

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