This paper presents a self-consistent theory for the electrical characteristics of nanofluidic systems used in water desalination and energy harvesting. The theory provides simple expressions for ohmic conductance, zero-voltage current, and zero-current voltage, offering insights into the underlying physics and enabling improved system design. The model is validated against numerical simulations, showing remarkable agreement.
Publisher
Communications Materials
Published On
Jul 10, 2024
Authors
Oren Lavi, Yoav Green
Tags
nanofluidic systems
water desalination
energy harvesting
ohmic conductance
system design
numerical simulations
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