Faculty

Institution

Unit

Venue

Vidhya Chakrapani

Associate Professor

Rensselaer Polytechnic Institute

Affiliations

School of Engineering

Department of Chemical and Biological Engineering

Office for Research

Center for Materials, Devices, and Integrated Systems

Vidhya Chakrapani is currently serving as a Chemical And Biological Engineering Associate Professor at Rensselaer Polytechnic Institute.

Honors

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Experiences

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Education

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Vidhya Chakrapani

Rensselaer Polytechnic Institute

Associate Professor

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chemistry materials science electrochemistry applied physics chemical engineering advanced energy material energy chemistry electronic materials transition metal chemistry electroanalytical chemistry solid-state electronics oxide electronics semiconductors catalysis material chemistry nanotechnology nanomaterials energy storage materials condensed matter advanced functional materials photoelectrochemistry electrochemical process diamond-like carbon nanowires nano energy luminescence semiconductor materials oxygen reduction reaction photocatalysis photo-electrochemical cell electronics inorganic photochemistry semiconductor nanostructures surface electrochemistry defect formation photovoltaics hydrogen energy interface science photoluminescence transition metal chalcogenides spectroelectrochemistry surface transfer doping electrode-electrolyte interfaces ionic conductors wide-bandgap semiconductors inorganic materials fundamental electrochemistry water electrolysis interlayer spacing nanoparticle research energy storage devices electric battery gallium oxide electrosynthesis chemical vapor deposition nanostructure synthesis categoryiii-v semiconductor aluminum gallium nitride semiconductor technology charge separation water splitting nanocrystalline materials li+ insertion adsorbed water green rust diamond powders oxygen concentration charge transfer pure sno 2 nanowire matrix sno 2 net photoconversion efficiency sulfide redox couple hole oxidation photoelectrochemical hydrogen production solution ph lithium-ion batteries spectroscopic techniques energy conversion electrochemical energy conversion energy storage semiconductor electrochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Interplay of Surface Transfer Doping and Burstein Moss Shift in V 2 O 5 / V 2 O 5 − X </…. Physical Review Materials (2025)

Sangyeon LeeQi WangVidhya Chakrapani

surface transfer dopingapplied physicscondensed matterphysical chemistryphysicssurface analysisburstein moss shiftsurface characterizationmaterial researchinterface (matter)materials sciencecrystal researchquantum materialscondensed matter physicscharge transportadvanced functional materialsmath xmlnssurface scienceinterface science

Mechanism of Galvanic Current Generation in Semiconducting Magnetite During Interspecies Electron Transfer. The Journal of Physical Chemistry C (2025)

Sangyeon LeeVidhya Chakrapani

electrochemistryphysicsinterspecies electron transfersemiconducting magnetitecharge transportapplied physicselectromagnetismmagnetoresistancegalvanic current generationelectrical engineering

Surface-Active Peroxide Formation on V 2 O 5– X and Its Correlation With the Unusual Electronic Band Structure of the Oxide. Langmuir (2025)

Sangyeon LeeVidhya Chakrapani

electrochemistrymaterials sciencesustainable chemistryoxygen reduction reactionchemical engineeringheterogeneous catalysischemical reaction engineeringsurface reactivityoxygen vacancytransition metal chemistryreactive oxygen speciesredox biologycatalysisenergy chemistrysurface chemistrysurface sciencesurface-active peroxide formationchemistry

Electronic vs Optical Bandgap of Stoichiometric V2O5: Effects of Surface Transfer Doping and Electron Accumulation Layer. Journal of Applied Physics (2024)

Sangyeon LeeQi WangVidhya Chakrapani

compound semiconductorsphysicssemiconductor materialsquantum materialselectronicsoptoelectronicsphotoluminescencesurface transfer dopingsurface transferapplied physicsadvanced functional materialsoptical materialssemiconductorssolid-state electronicsoptical absorptionluminescenceoxide electronicselectronic materials

Green Rust: A Potent Reductant for Unassisted Conversion of Co to Multicarbon Liquid Products. The Journal of Physical Chemistry C (2024)

Sangyeon LeeChenying WangVidhya Chakrapani

energy chemistryorganic process researchsustainable synthesisorganic chemistry frontierchemistryorganic chemistryindustrial chemistryunassisted conversionchemical synthesissustainable chemistrypotent reductantchemical engineeringtransition metal chemistryorganic synthesisgreen chemistrysynthetic fuelscatalysisgreen rustchemical sciencessustainable chemical production

Spectrofluorometric Evidence for the Presence of Peroxo Moieties on Oxygen-Deficient V 2 O 5 Nanostructures. Physical Review Materials (2024)

Sangyeon LeeQi WangVidhya Chakrapani

spectroelectrochemistrymaterials scienceoxygen speciesperoxo moietiestransition metal chemistryperoxo formationinorganic chemistryenergy chemistrysurface chemistrysurface sciencephysical chemistryoxide electronicsmaterial chemistrychemistry

Environmental Factors Controlling the Electronic Properties and Oxidative Activities of Birnessite Minerals. ACS Earth and Space Chemistry (2023)

Chenying WangVidhya Chakrapani

chemical engineeringtransition metal chemistryinorganic chemistry frontierphysical chemistryenvironmental factorsband structureelectronic propertiesinorganic materialsinorganic chemistryinorganic compoundschemistry

Factors Controlling the High Oxidative Activities of Layered Manganese Oxides. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Chenying WangVidhya Chakrapani

electrochemistrysustainable chemistryspectroelectrochemistryoxygen reduction reactionchemical engineeringredox chemistrytransition metal chemistryelectroanalytical chemistryhigh oxidative activitieselectrocatalystsredox biologycatalysisfundamental electrochemistryenergy chemistryband gapinterlayer spacinginorganic chemistrychemistry

(Invited) Universal Alignment of Surface and Bulk Oxygen Levels in Semiconductors. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Vidhya Chakrapani

materials sciencecompound semiconductorssemiconductor materialsdefect formationcrystal growthuniversal alignmentsemiconductor nanostructuresapplied physicssemiconductorssolid-state electronicssurface scienceuniversal energyii-vi semiconductorelectronic materials

Photocatalytic Generation of Reactive Oxygen Species on Fe and Mn Oxide Minerals: Mechanistic Pathways and Influence of Semiconducting Properties. The Journal of Physical Chemistry C (2023)

Chenying WangVidhya Chakrapani

materials sciencephotoelectrochemistryinorganic photochemistrymn oxide mineralsreactive oxygen speciestransition metal chemistryphotocatalysiscatalysiscatalytic specificityenergy chemistryphotochemistryapplied geochemistryinorganic chemistrychemistry

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Vidhya Chakrapani

Associate Professor

Rensselaer Polytechnic Institute

Affiliations

School of Engineering

Department of Chemical and Biological Engineering

Office for Research

Center for Materials, Devices, and Integrated Systems

Vidhya Chakrapani is currently serving as a Chemical And Biological Engineering Associate Professor at Rensselaer Polytechnic Institute.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Vidhya Chakrapani

Rensselaer Polytechnic Institute

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Interplay of Surface Transfer Doping and Burstein Moss Shift in V 2 O 5 / V 2 O 5 − X </…. Physical Review Materials (2025)

Sangyeon LeeQi WangVidhya Chakrapani

Mechanism of Galvanic Current Generation in Semiconducting Magnetite During Interspecies Electron Transfer. The Journal of Physical Chemistry C (2025)

Sangyeon LeeVidhya Chakrapani

electrochemistryphysicsinterspecies electron transfersemiconducting magnetitecharge transportapplied physicselectromagnetismmagnetoresistancegalvanic current generationelectrical engineering

Surface-Active Peroxide Formation on V 2 O 5– X and Its Correlation With the Unusual Electronic Band Structure of the Oxide. Langmuir (2025)

Sangyeon LeeVidhya Chakrapani

Electronic vs Optical Bandgap of Stoichiometric V2O5: Effects of Surface Transfer Doping and Electron Accumulation Layer. Journal of Applied Physics (2024)

Sangyeon LeeQi WangVidhya Chakrapani

Green Rust: A Potent Reductant for Unassisted Conversion of Co to Multicarbon Liquid Products. The Journal of Physical Chemistry C (2024)

Sangyeon LeeChenying WangVidhya Chakrapani

Spectrofluorometric Evidence for the Presence of Peroxo Moieties on Oxygen-Deficient V 2 O 5 Nanostructures. Physical Review Materials (2024)

Sangyeon LeeQi WangVidhya Chakrapani

Environmental Factors Controlling the Electronic Properties and Oxidative Activities of Birnessite Minerals. ACS Earth and Space Chemistry (2023)

Chenying WangVidhya Chakrapani

Factors Controlling the High Oxidative Activities of Layered Manganese Oxides. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Chenying WangVidhya Chakrapani

(Invited) Universal Alignment of Surface and Bulk Oxygen Levels in Semiconductors. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Vidhya Chakrapani

Photocatalytic Generation of Reactive Oxygen Species on Fe and Mn Oxide Minerals: Mechanistic Pathways and Influence of Semiconducting Properties. The Journal of Physical Chemistry C (2023)

Chenying WangVidhya Chakrapani

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computational materials science

Nicola Helen Perry

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thin film growth

advanced energy material

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solid state batteries

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