SN
Sangeeta Negi
University of Delhi
Research areas: Engineering · Biomedical Engineering · Nanopore and Nanochannel Transport Studies · Membrane-based Ion Separation Techniques · Advanced Battery Materials and Technologies
Employment
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University of Delhi Senior Research Associate2019 - Present
Education
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University of Delhi Ph.D.
Projects & Funding
Projects & funding information is unavailable.
Publications (21)
- Tuning of ion current rectification and ion current saturation of multiple nanochannels in polymeric membrane Save
- Effect of addition of polyether amine and TiO2 nanofibers on the properties of PEO based sodium ion conducting composites Save
- Transportation of calcium ions through chemically modified nanochannels in a polymeric membrane Save
- Effect of surface modification of dispersoid on hybrid polymer electrolyte Save
- Effect of surface modification of dispersoid on hybrid polymer electrolyte Save
- Electrical behaviour of ionic liquid confined in nanochannels Save
- Photo driven ion transport and pumping through synthetic nanochannels Save
- Aqueous electrolytes’ transport through nanopores of polymeric membrane Save
- Aqueous electrolytes’ transport through nanopores of polymeric membrane Save
- Chaotic Behavior of Ionic Transportation Through Synthetic Ion Channels Save
- Chaotic Behavior of Ionic Transportation Through Synthetic Ion Channels Save
- Ionic switch using nano-channels in polymeric membrane Save
- Ionic switch using nano-channels in polymeric membrane Save
- Transition metal oxides in etched ion tracks: Surface morphological studies Save
- Transition metal oxides in etched ion tracks: Surface morphological studies Save
- Chaotic motion of ions in polymer gel electrolytes: First observations Save
- Chaotic behavior of ion exchange phenomena in polymer gel electrolytes through irradiated polymeric membrane Save
- Ion Track Based Novel Nanostructures: A Step Towards Magnetic Nanosensors Save
- I–V behavior of transition metal oxides′ nanoparticles confined in ion tracks Save
- Study of ferrofluids in confined geometry Save