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- W3206177627 abstract "Shear flows play critical roles in biological systems and technological applications and are achieved experimentally using moving parts. However, when the system size is reduced to micro- and nanoscale, fabrication of moving parts becomes exceedingly challenging. We demonstrate that a heterogeneous nanochannel composed of two parallel walls with different wetting behaviors can generate shear flow without moving parts. Molecular dynamics simulations show that shear flows can be formed inside such a nanochannel under a temperature gradient. The physical origin is that thermo-osmosis velocities with different rates and directions can be tuned by wetting behaviors. Our analysis reveals that thermo-osmosis is governed by surface excess enthalpy and nanoscale interfacial hydrodynamics. This finding provides an efficient method of generating controllable shear flows at micro- and nanoscale confinement. It also demonstrates the feasibility of using fluids to drive micromechanical elements via shear torques generated by harvesting energy from temperature differences." @default.
- W3206177627 created "2021-10-25" @default.
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- W3206177627 date "2021-10-11" @default.
- W3206177627 modified "2023-10-13" @default.
- W3206177627 title "Generating Shear Flows without Moving Parts by Thermo-osmosis in Heterogeneous Nanochannels" @default.
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- W3206177627 doi "https://doi.org/10.1021/acs.jpclett.1c02795" @default.
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