Enhanced fluidity of water in superhydrophobic nanotubes: estimating viscosity using jump-corrected confined Stokes–Einstein approach
Golam Rosul Khan,
Snehasis Daschakraborty
Abstract:Accurately predicting the viscosity of water confined within nanotubes is vital for various technological applications. Traditional methods have failed in this regard, necessitating a novel approach. We introduced the Jump-corrected...
“…Now, we turn our focus on the diffusivity of the water molecules and K + ions. The overall diffusion water and K + ions are calculated along the Z -axis using the mean square displacement (MSD) route following Einstein’s equation, expressed as follows − :MSD=false⟨false[rfalse(tfalse)−rfalse(0false)]2⟩t→∞=2dDt…”
“…Now, we turn our focus on the diffusivity of the water molecules and K + ions. The overall diffusion water and K + ions are calculated along the Z -axis using the mean square displacement (MSD) route following Einstein’s equation, expressed as follows − :MSD=false⟨false[rfalse(tfalse)−rfalse(0false)]2⟩t→∞=2dDt…”
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