Topology-Independent Water Extrusion from Hydrophobic Nanopores above 200 °C. [PDF]
J Phys Chem C Nanomater InterfacesGourmand C +5 more
europepmc +1 more source
It is Separation, Not Contact: Electrification at Water-Hydrophobe Interfaces during Wetting-Dewetting Cycles. [PDF]
LangmuirXu Y, Mishra H.
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Water self-dissociation in slit pores displays non-monotonic behavior as a function of water filling. [PDF]
Chem SciRuiz-Barragan S +3 more
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Comparison among Amber-ff14SB, Amber-ff19SB, and CHARMM36 Force Fields for Ionic and Electroosmotic Flows in Biological Nanopores. [PDF]
J Chem Theory ComputGargano S +4 more
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Engineering Framework Materials in Water Systems for Targeted Ion Extraction and Spontaneous Energy Harvesting. [PDF]
Adv MaterWang Z, Zhang M, Liu H, Wong WY.
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Local nano-electrode fabrication utilizing nanofluidic and nano-electrochemical control. [PDF]
ElectrophoresisMorikawa K, Takeuchi T, Kitamori T.
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The Emergence of Nanofluidics for Single-Biomolecule Manipulation and Sensing. [PDF]
Anal ChemIarossi M +3 more
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Advancing Renewable Energy Systems: A Numerical Approach to Investigate Nanofluidics' Role in Engineering Involving Physical Quantities. [PDF]
Nanomaterials (Basel)Basit MA +6 more
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Canopy elastic turbulence: Insights and analogies to canopy inertial turbulence. [PDF]
PNAS NexusLopez de la Cruz RA, Haward SJ, Shen AQ.
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Multiphysics optomechanical sensing of a liquid on the micron scale. [PDF]
Microsyst NanoengNeshasteh H +8 more
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