Faculty

Institution

Unit

Venue

Pabitra Choudhury

Professor/Department Chair

New Mexico Institute of Mining and Technology

Affiliations

Chemical Engineering Department

College of Engineering

Department of Engineering Science

Department Of Materials Engineering

New Mexico Institute of Mining and Technology

Pabitra Choudhury is currently serving as a Chemical Engineering Professor/Department Chair at New Mexico Institute of Mining And Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Pabitra Choudhury

New Mexico Institute of Mining and Technology

Professor/Department Chair

You can click a keyword to filter the displayed items

materials science chemistry applied physics catalysis material chemistry energy chemistry transition metal chemistry chemical engineering nanotechnology graphene surface science functional materials advanced energy material inorganic chemistry physical chemistry nanomaterials carbon electronic materials material research nonferrous metal chemical sciences membrane science sustainable chemistry metals catalyst preparation carbon-based materials alloy phase heterogeneous catalysis catalytic process condensed matter hydrogen energy applied chemistry graphene fiber anisotropic materials graphene nanomeshes single-atom catalyst industrial catalysis proton transfer fepc-functionalized graphene anhydrous proton transport atomistic simulations advanced functional materials molecular physics inorganic synthesis oxide electronics halide perovskites perovskite solar cells layered materials molecular materials molecule-based materials electrochemical process electrochemical cell semiconductor nanostructures nanoscale science nanoscale chemistry semiconductor memory semiconductor technology charge carrier transport charge transport membrane transport organic electronics nanometrology surface characterization bifunctional oxygen electrocatalysts mini review graphene substrate pt-free electrocatalyst hydrogen fuel cells two-dimensional surfaces initial stage dielectric growth growth mode transition copper phthalocyanine copper porphyrin single-site copper-oxo species direct oxidation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unfolding the Effect of Thermal Gradient on Solid-Melt Interface During Rapid Solidification of Al–Cu Alloys via Atomistic Simulations. Materials Chemistry and Physics (2026)

materials sciencealloy phasemetalsthermomechanical processingmaterials engineeringmicrostructurecrystal growthsolid-melt interfaceintermetallicsmaterial researchalloy designnonferrous metalapplied physicsthermal gradientthermodynamicsatomistic simulationscomputational materials scienceinterface (matter)

Effect of Thermal Gradient on Interfacial Energy and Its Anisotropy of Pure Al. Materials Today Communications (2025)

thermal transportmaterials sciencemetalsanisotropic materialsmicrostructurematerials engineeringthermal propertiespure almaterial researchthermal gradientnonferrous metalapplied physicsthermal engineeringthermodynamicsthermal conductivityinterfacial energymechanical propertiesinterface (matter)

Non-Platinum Group Metal Oxygen Reduction Catalysts for a Hydrogen Fuel Cell Cathode: A Mini-Review. Catalysts (2025)

hydrogen generationoxygen reduction reactionchemical engineeringhydrogentransition metal chemistryenergy researchchemistryadvanced energy materialelectrocatalystscatalysisenergy chemistryhydrogen energyfuel cellselectrochemical energy conversion

Understanding and Promoting the Reaction Kinetics of Photothermally Driven Diels–Alder Reaction With Minimized Side Reactions. Polymer Degradation and Stability (2025)

sustainable chemistryenergy transformationchemical kineticsreaction processdiels–alder reactionchemical engineeringminimized side reactionscatalysisphotochemistryphotoredox processreaction kineticschemistry

Cooperative Agreement of Binuclear 2D Metal–Organic Framework Sites for Superior Bifunctional Oxygen Electrocatalysis. The Journal of Physical Chemistry C (2024)

electrochemistrymaterials sciencemetal–organic framework sitesoxygen reduction reactiontransition metal chemistrycooperative agreementelectrocatalystscatalysisenergy chemistrymetal-organic polyhedronbinuclear 2dchemistry

Nonprecious Single Atom Catalyst for Methane Pyrolysis. Molecules (2024)

chemical engineeringchemical reaction engineeringcatalytic applicationscatalysiscatalytic processenergy chemistrymethane pyrolysisindustrial catalysischemistry

Plasmon Assisted Synthesis of Tin-Supported Single-Atom Nickel Catalysts. Discover Nano (2024)

plasmonsmaterials sciencenanoparticle researchplasmonic catalysiscatalysissingle-atom catalystmaterial chemistrychemistry

Atomistic Insight Into Dendrite Growth Orientation Transition in Al-Cu Alloy. Materials Today Communications (2023)

materials sciencealloy phasemetalsmicrostructurematerials engineeringcrystal growthatomistic insightintermetallicsmaterial researchnonferrous metalapplied physicsadvanced materialssurface sciencemetallurgical interaction

Enhancing the Stability of a Pt‐Free Orr Catalyst via Reaction Intermediates. Advanced Materials Interfaces (2023)

pt‐free orr catalystchemical engineeringheterogeneous catalysischemical reaction engineeringtransition metal chemistrycatalyst preparationcatalysisreaction intermediateschemical sciencessingle-atom catalystinorganic chemistrychemistry

Investigation of Bifunctionality of Fepc-Functionalized Graphene for Enhanced Orr/Oer Activity. Molecular Catalysis (2023)

sustainable chemistrymaterials sciencenanotechnologycarbon-based materialscarbon nanotubeschemical engineeringcarbonnanomaterialsadvanced energy materialgraphenefunctional materialsfepc-functionalized grapheneenergy chemistrygraphene nanomeshesgraphene fibermaterial chemistrychemistry

1
2
3
10 / page

Pabitra Choudhury

Professor/Department Chair

New Mexico Institute of Mining and Technology

Affiliations

Chemical Engineering Department

College of Engineering

Department of Engineering Science

Department Of Materials Engineering

New Mexico Institute of Mining and Technology

Pabitra Choudhury is currently serving as a Chemical Engineering Professor/Department Chair at New Mexico Institute of Mining And Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Pabitra Choudhury

New Mexico Institute of Mining and Technology

Professor/Department Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Unfolding the Effect of Thermal Gradient on Solid-Melt Interface During Rapid Solidification of Al–Cu Alloys via Atomistic Simulations. Materials Chemistry and Physics (2026)

Effect of Thermal Gradient on Interfacial Energy and Its Anisotropy of Pure Al. Materials Today Communications (2025)

Non-Platinum Group Metal Oxygen Reduction Catalysts for a Hydrogen Fuel Cell Cathode: A Mini-Review. Catalysts (2025)

Understanding and Promoting the Reaction Kinetics of Photothermally Driven Diels–Alder Reaction With Minimized Side Reactions. Polymer Degradation and Stability (2025)

Cooperative Agreement of Binuclear 2D Metal–Organic Framework Sites for Superior Bifunctional Oxygen Electrocatalysis. The Journal of Physical Chemistry C (2024)

Nonprecious Single Atom Catalyst for Methane Pyrolysis. Molecules (2024)

chemical engineeringchemical reaction engineeringcatalytic applicationscatalysiscatalytic processenergy chemistrymethane pyrolysisindustrial catalysischemistry

Plasmon Assisted Synthesis of Tin-Supported Single-Atom Nickel Catalysts. Discover Nano (2024)

plasmonsmaterials sciencenanoparticle researchplasmonic catalysiscatalysissingle-atom catalystmaterial chemistrychemistry

Atomistic Insight Into Dendrite Growth Orientation Transition in Al-Cu Alloy. Materials Today Communications (2023)

Enhancing the Stability of a Pt‐Free Orr Catalyst via Reaction Intermediates. Advanced Materials Interfaces (2023)

Investigation of Bifunctionality of Fepc-Functionalized Graphene for Enhanced Orr/Oer Activity. Molecular Catalysis (2023)

1
2
3
10 / page