Faculty

Institution

Unit

Venue

Shane Aaron Catledge

Associate Professor Graduate Program Director

University of Alabama at Birmingham

Affiliations

College of Arts and Sciences

Physics

Shane Aaron Catledge is currently serving as a College Of Arts And Sciences Associate Professor Graduate Program Director at University of Alabama At Birmingham.

Honors

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Experiences

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Education

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Shane Aaron Catledge

University of Alabama at Birmingham

Associate Professor Graduate Program Director

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materials science nanotechnology applied physics materials engineering mechanical engineering advanced materials nanomaterials material research surface nanotechnology surface science biomedical engineering condensed matter physics thin films composite science tribology condensed matter layered materials tissue engineering mechanical science nanotribology nanoparticle research diamond films material chemistry bone research surface nanoengineering nanoscale science nanostructure synthesis metals diamond-like carbon nanocrystalline materials nanostructured diamond films surface chemistry nanobiotechnology biomaterials design material preparation surface processing surface engineering surface modification nanostructured diamond coatings additive manufacturing plasma chemistry luminescence membrane science fragmentation effect therapeutic nanomaterials wear-resistant material nanometrology surface characterization metallic nanomaterials plasma processing bone tissue engineering nanoindentation hardness designer diamond anvils in-situ conversion wear resistance cell adhesion polymer technology surface analysis material properties carbon-based materials surface functionalization photoluminescence nanoscale chemistry biomedical implants zirconia femoral heads nitrogen addition high entropy borides nitrogen-induced nanocrystallinity microwave plasma pharmaceutics applied physiology dental materials nanostructured ceramics rapid dissolution antarctic benthic macroorganisms epitaxial diamond encapsulation engineering ceramic high entropy alloys multiprincipal element alloy interface science thermodynamics interface (matter)

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Entropy Alloy Monbtavw Synthesized by Metal-Oxide Reduction in a Microwave Plasma. Applied Physics Letters (2024)

Bria StorrShane A. Catledge

materials engineeringmetal-oxide reductionmicrowave plasmaapplied physicsmaterials science

Novel Superhard Bc10N Synthesized by Microwave Plasma Cvd. Diamond and Related Materials (2024)

Kallol ChakrabartyPaul A. BakerShane A. Catledge

advanced materialsmicrowave plasma cvdmaterials science

High Entropy Borides Synthesized by the Thermal Reduction of Metal Oxides in a Microwave Plasma. Materials (2023)

Bria StorrCarolina AmezagaLuke MooreSeth IwanYogesh K. VohraCheng-Chien ChenShane A. Catledge

advanced materialsmaterial researchmicrowave plasmathermal reductionmetal oxideshigh entropy boridesmaterials science

Effect of Argon Flow Rate and Direct Current Bias on the Growth of Boron Nitride Coating in Low-Temperature Plasma. AIP Advances (2022)

Kallol ChakrabartyPaul A. BakerVineeth M. VijayanShane A. Catledge

thermal engineeringperformance characterizationadvanced manufacturing technologiesmechanical engineeringmembrane sciencethin film process technologydirect current biascoatingsoptoelectronicslow-temperature plasmamaterials engineeringadvanced materialssurface scienceplasma scienceadvanced composite material (engineering)plasma diagnosticscomposite scienceargon flow rateplasma processingapplied physicsmaterials science

Properties of High Entropy Borides Synthesized via Microwave-Induced Plasma. APL Materials (2022)

Bria StorrLuke MooreKallol ChakrabartyZaheeruddin MohammedVijaya RangariCheng-Chien ChenShane A. Catledge

plasma chemistryadvanced materialsmaterial researchmaterial chemistrymicrowave-induced plasmahigh entropy boridesmaterials science

Bias-Enhanced Formation of Metastable and Multiphase Boron Nitride Coating in Microwave Plasma Chemical Vapor Deposition. Materials (2021)

Kallol ChakrabartyPaul A. BakerVineeth M. VijayanShane A. Catledge

bias-enhanced formationmaterials engineeringadvanced materialssurface sciencetechnologycoatingsnanotechnologymaterial researchchemical vapor depositionmaterial preparationapplied physicsmaterials science

Effects of Direct Current Bias on Nucleation Density of Superhard Boron-Rich Boron Carbide Films Made by Microwave Plasma Chemical Vapor Deposition. Materials Research Express (2021)

Bhavesh RamkorunKallol ChakrabartyShane A Catledge

additive manufacturingmaterial innovationsemiconductor nanostructuresmechanical engineeringmechanical sciencerelated materialselectronic materialsdirect current biascoatingsmaterial researchmaterial preparationthin filmsnucleation densitymaterials engineeringadvanced materialsnanoengineeringmaterial modelingcomposite scienceapplied physicsmaterials science

High-Pressure High-Temperature Synthesis and Thermal Equation of State of High-Entropy Transition Metal Boride. AIP Advances (2021)

Seth IwanKaleb C. BurrageBria C. StorrShane A. CatledgeYogesh K. VohraRostislav HrubiakNenad Velisavljevic

thermal engineeringengineering thermodynamicsmaterials engineeringadvanced materialsmechanical engineeringthermal equationhigh-pressure high-temperature synthesisapplied physicscondensed matter physicsmaterials science

Patterning of Nano-Hydroxyapatite Onto Sio2 and Electro-Spun Mat Surfaces Using Dip-Pen Nanolithography. Journal of Molecular Structure (2021)

Carrie SchindlerSonal SinghShane A. CatledgeVinoy ThomasDerrick R. Dean

nanomaterialsmaterials engineeringsurface sciencesurface nanotechnologyfabrication techniquesnanotechnologydip-pen nanolithographymechanical engineeringsurface processingnanolithography methoddesignmolecular structurenanostructured surfacesstructural biologymaterials scienceelectro-spun mat surfaces

Selective Deposition of Hard Boron-Carbon Microstructures on Silicon. Materials (2021)

Gopi SamudralaKallol ChakrabartyPaul A. BakerBernabe S. TuckerYogesh K. VohraShane A. Catledge

selective depositionmaterials engineeringtechnologyengineeringsemiconductorsmaterials sciencehard boron-carbon microstructures

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Shane Aaron Catledge

Associate Professor Graduate Program Director

University of Alabama at Birmingham

Affiliations

College of Arts and Sciences

Physics

Shane Aaron Catledge is currently serving as a College Of Arts And Sciences Associate Professor Graduate Program Director at University of Alabama At Birmingham.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Shane Aaron Catledge

University of Alabama at Birmingham

Associate Professor Graduate Program Director

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Entropy Alloy Monbtavw Synthesized by Metal-Oxide Reduction in a Microwave Plasma. Applied Physics Letters (2024)

Bria StorrShane A. Catledge

materials engineeringmetal-oxide reductionmicrowave plasmaapplied physicsmaterials science

Novel Superhard Bc10N Synthesized by Microwave Plasma Cvd. Diamond and Related Materials (2024)

Kallol ChakrabartyPaul A. BakerShane A. Catledge

advanced materialsmicrowave plasma cvdmaterials science

High Entropy Borides Synthesized by the Thermal Reduction of Metal Oxides in a Microwave Plasma. Materials (2023)

Bria StorrCarolina AmezagaLuke MooreSeth IwanYogesh K. VohraCheng-Chien ChenShane A. Catledge

advanced materialsmaterial researchmicrowave plasmathermal reductionmetal oxideshigh entropy boridesmaterials science

Effect of Argon Flow Rate and Direct Current Bias on the Growth of Boron Nitride Coating in Low-Temperature Plasma. AIP Advances (2022)

Kallol ChakrabartyPaul A. BakerVineeth M. VijayanShane A. Catledge

Properties of High Entropy Borides Synthesized via Microwave-Induced Plasma. APL Materials (2022)

Bria StorrLuke MooreKallol ChakrabartyZaheeruddin MohammedVijaya RangariCheng-Chien ChenShane A. Catledge

plasma chemistryadvanced materialsmaterial researchmaterial chemistrymicrowave-induced plasmahigh entropy boridesmaterials science

Bias-Enhanced Formation of Metastable and Multiphase Boron Nitride Coating in Microwave Plasma Chemical Vapor Deposition. Materials (2021)

Kallol ChakrabartyPaul A. BakerVineeth M. VijayanShane A. Catledge

Effects of Direct Current Bias on Nucleation Density of Superhard Boron-Rich Boron Carbide Films Made by Microwave Plasma Chemical Vapor Deposition. Materials Research Express (2021)

Bhavesh RamkorunKallol ChakrabartyShane A Catledge

High-Pressure High-Temperature Synthesis and Thermal Equation of State of High-Entropy Transition Metal Boride. AIP Advances (2021)

Seth IwanKaleb C. BurrageBria C. StorrShane A. CatledgeYogesh K. VohraRostislav HrubiakNenad Velisavljevic

Patterning of Nano-Hydroxyapatite Onto Sio2 and Electro-Spun Mat Surfaces Using Dip-Pen Nanolithography. Journal of Molecular Structure (2021)

Carrie SchindlerSonal SinghShane A. CatledgeVinoy ThomasDerrick R. Dean

Selective Deposition of Hard Boron-Carbon Microstructures on Silicon. Materials (2021)

Gopi SamudralaKallol ChakrabartyPaul A. BakerBernabe S. TuckerYogesh K. VohraShane A. Catledge

selective depositionmaterials engineeringtechnologyengineeringsemiconductorsmaterials sciencehard boron-carbon microstructures

1
2
3
4
5
12
10 / page

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Yogesh K. Vohra

Institution

University of Alabama at Birmingham

materials science

applied physics

Efstathios Stathis I. Meletis

Institution

University of Texas at Arlington

pharmaceutical nanotechnology

additive manufacturing

Robert Klie

Institution

University of Illinois Chicago

material properties

molecular crystal

Roger Narayan

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University of North Carolina at Chapel Hill

biosensor

additive manufacturing

David McComb

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organic chemistry

chemistry

John Ketterson

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materials science

applied physics

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nanomaterials

Brian W Sheldon

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ceramic materials

energy storage material

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advanced materials