Ion-selective transport in surface-modified cellulose membranes for aqueous ionic thermoelectrics
Copyright policy )Ion-selective transport in surface-modified cellulose membranes for aqueous ionic thermoelectrics
Efficient recovery of low-grade heat (≤100 °C) remains a significant challenge in sustainable energy conversion.
- Environmental Research Institute United Kingdom
- Tyndall National Institute (TNI) Ireland
- University College Cork Ireland
energy harvesting, Sustainable energy conversion, materials science, surface functionalisation, surface charge density, low grade waste heat, Materials Science, electrolyte, nanofluidics, regenerated cellulose, charge engineering, ion transport, Electrochemistry, Ionic thermoelectric performance, Electrolytes/chemistry, sustainable energy conversion, Efficient recovery of low-grade heat, waste heat recovery, Ion Transport, nanochannels, ionic thermoelectric performance, waste heat, Materials science, electrochemistry, ionic conductivity
energy harvesting, Sustainable energy conversion, materials science, surface functionalisation, surface charge density, low grade waste heat, Materials Science, electrolyte, nanofluidics, regenerated cellulose, charge engineering, ion transport, Electrochemistry, Ionic thermoelectric performance, Electrolytes/chemistry, sustainable energy conversion, Efficient recovery of low-grade heat, waste heat recovery, Ion Transport, nanochannels, ionic thermoelectric performance, waste heat, Materials science, electrochemistry, ionic conductivity
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