Faculty

Institution

Unit

Venue

Jun Jiao

Portland State University

Affiliations

Maseeh College of Engineering and Computer Science

Mechanical and Materials Engineering

NoneJun Jiao is currently serving as a Maseeh College Of Engineering And Computer Science faculty at Portland State University.

Honors

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Experiences

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Education

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Jun Jiao

Portland State University

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materials science nanotechnology nanomaterials materials engineering applied physics mechanical engineering nanoengineering electronic materials microanalysis material research material chemistry advanced materials nanoparticle research surface science carbon-based materials chemical engineering optoelectronics nanoscale science nanobiotechnology composite science surface nanotechnology nanostructure synthesis solid-state electronics additive manufacturing membrane science nanometrology mechanical science electronics semiconductor nanostructures condensed matter inorganic chemistry advanced energy material metals oxide electronics alloy design organic electronics nanoscale chemistry transition metal chemistry thermal engineering surface nanoengineering nanoscale modeling surface modification catalytic materials chemical vapor deposition semiconductor device fabrication coordination chemistry catalyst preparation photoluminescence nanomechanics green nanotechnology functional nanomaterials bio-based nanomaterials nanotribology epitaxial growth metal nanoparticles semiconductor devices carbon nanoclusters ferromagnetism catalytic process magnetic materials diatom biosilica surface engineering tungsten substrates gold nanoparticles reversible control antibody-functionalized diatom biosilica carbon nanotube turfs mems thermal switch diatom pinnularia sp carbon nanotube turf biological fabrication silicon-germanium oxide nanocomposites thermocompression bonding periodic structure peptide-mediated deposition field emission properties electrochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Lateral-Force Afm Study of Graphene Thickness Effects for Reduced Steel Friction. Microscopy and Microanalysis (2025)

reduced steel frictionmaterials sciencefrictiongraphene nanoribbonslateral-force afm studygraphene thickness effectsmechanical propertiesmechanical engineeringsteel researchcarbontribologyapplied physicsgraphenenanotribologymechanical sciencemechanics of materialsgraphene fiber

Raman and Sem Enabled Development of Natural Organic Fructose Thin Films for Resistive Switching Memory in Neuromorphic Computing Applications. Microscopy and Microanalysis (2025)

thin filmsmaterials sciencematerial chemistryorganic semiconductorsresistive switching memoryelectronic materialsmaterial researchsolid-state electronicsapplied physicsemerging memory technologiesnanotechnologyfunctional materialsorganic electronicsneuromorphic engineeringchemistrysem enabled developmentadvanced functional materialsneuromorphic computing applicationsmolecular electronics

Characterization of Ball Mill Applied Graphene Coatings on 316L Steel Spheres. Microscopy and Microanalysis (2024)

Sebastian LaraKaleb HoodSamuel OlsonHelen WangJun Jiao

materials sciencemechanical engineeringmaterials engineeringball milladvanced materialscoatingsmicroscopygraphene coatingsstructural integrityapplied physicsgraphenemetalsmicroanalysissteel spheres

Direct Graphene Growth on Low-Alloy and Mild Steel Surfaces Controlled by Carbon Solubility and Surface Microstructural Transformations During Chemical Vapor Deposition. Carbon (2024)

Kaleb HoodNam NguyenSebastian LaraAdan VelasquezSamuel OlsonYi XiaJun Jiao

thin filmsmaterials sciencesteel surfacessurface sciencemechanical engineeringchemical engineeringsurface tensionsteel researchcarboncarbon solubilitysurface microstructural transformationscrystal growthdirect graphene growthgraphenenanotechnologymetalsnanoengineeringcarbon-based materials

Microscopy of Surface Microstructural Phenomena in 8620 Steel After Annealing. Microscopy and Microanalysis (2024)

Kaleb HoodSebastian LaraSamuel OlsonMartin SilvaJun Jiao

materials sciencemicrostructureinterface sciencesurface sciencemechanical engineeringsurface microstructural phenomenasteel researchtribologyscanning probe microscopyadvanced materialsmicroscopy methodsmicroscopyelectron microscopysurface characterizationapplied physicsmetal formingmetalscharacterization (materials science)

A Natural Organic Artificial Synaptic Device Made From a Honey and Carbon Nanotube Admixture for Neuromorphic Computing. Advanced Materials Technologies (2023)

Md Mehedi Hasan TanimZoe TemplinKaleb HoodJun JiaoFeng Zhao

materials scienceadvanced materialsorganic electronicsnanotechnology

Characterization of Graphene Coatings on 8620 Alloy Additive Manufactured Steel. Microscopy and Microanalysis (2023)

Kaleb HoodSarah AhmedJun Jiao

materials scienceadditive manufacturingmechanical engineeringmaterials engineeringmicroanalysissurface modificationalloy designlayered materialssteel researchmaterialityadvanced materialsmicroscopy methodsmicroscopygraphene coatingsapplied physicsmetalscharacterization (materials science)

Controlled Formation of Honey Carbon Nanotube Thin Films by Tailoring the Ratio of Admixture Concentration and Annealing Time. Microscopy and Microanalysis (2023)

Kaleb HoodMd Mehedi Hasan TanimZoe TemplinAnnie DaoFeng ZhaoJun Jiao

thin filmsmaterials scienceadmixture concentrationannealing timemechanical engineeringmicroanalysissurface nanotechnologythin film processingmembrane sciencemicroscopymicroscopy methodsnanomaterialsnanotechnologynanostructure synthesisadditive manufacturingnanoengineering

Impact of Material and Tunnel Barrier Quality on Spin Transport in a Cvd Graphene Non-Local Spin Valve Device Array. Carbon Trends (2023)

Samuel T. OlsonDaniel StillKaleb HoodOtto ZietzJun Jiao

thin filmsmaterials scienceorganic electronicstunnel barrier qualitymaterial chemistryelectronic materialsmechanical engineeringadvanced energy materialmaterials engineeringintermittently connected devicespintronicssolid-state electronicselectrical engineeringspin transportgrapheneoptoelectronicscomposite sciencecarbon-based materials

Self-Assembly of Exfoliated Graphene Flakes as Anticorrosive Coatings for Additive Manufactured Steels. Results in Surfaces and Interfaces (2023)

Kaleb HoodWen QianYi XiaSavannah KrupaAnnie DaoSarah AhmedSamuel OlsonNam NguyenJoseph A. TurnerJun Jiao

materials sciencesurface engineeringmembrane scienceanticorrosive coatingsmetal processingcomposite scienceadditive manufacturingnanoengineeringinterface scienceelectronic materialsadditive manufactured steelsmaterials engineeringcomposite materialsadvanced materialsexfoliated graphene flakesmechanical engineeringengineeringsurface sciencelayered materialssurface nanotechnologysurface analysis

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Jun Jiao

Portland State University

Affiliations

Maseeh College of Engineering and Computer Science

Mechanical and Materials Engineering

NoneJun Jiao is currently serving as a Maseeh College Of Engineering And Computer Science faculty at Portland State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jun Jiao

Portland State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Lateral-Force Afm Study of Graphene Thickness Effects for Reduced Steel Friction. Microscopy and Microanalysis (2025)

Raman and Sem Enabled Development of Natural Organic Fructose Thin Films for Resistive Switching Memory in Neuromorphic Computing Applications. Microscopy and Microanalysis (2025)

Characterization of Ball Mill Applied Graphene Coatings on 316L Steel Spheres. Microscopy and Microanalysis (2024)

Sebastian LaraKaleb HoodSamuel OlsonHelen WangJun Jiao

materials sciencemechanical engineeringmaterials engineeringball milladvanced materialscoatingsmicroscopygraphene coatingsstructural integrityapplied physicsgraphenemetalsmicroanalysissteel spheres

Direct Graphene Growth on Low-Alloy and Mild Steel Surfaces Controlled by Carbon Solubility and Surface Microstructural Transformations During Chemical Vapor Deposition. Carbon (2024)

Kaleb HoodNam NguyenSebastian LaraAdan VelasquezSamuel OlsonYi XiaJun Jiao

Microscopy of Surface Microstructural Phenomena in 8620 Steel After Annealing. Microscopy and Microanalysis (2024)

Kaleb HoodSebastian LaraSamuel OlsonMartin SilvaJun Jiao

A Natural Organic Artificial Synaptic Device Made From a Honey and Carbon Nanotube Admixture for Neuromorphic Computing. Advanced Materials Technologies (2023)

Md Mehedi Hasan TanimZoe TemplinKaleb HoodJun JiaoFeng Zhao

materials scienceadvanced materialsorganic electronicsnanotechnology

Characterization of Graphene Coatings on 8620 Alloy Additive Manufactured Steel. Microscopy and Microanalysis (2023)

Kaleb HoodSarah AhmedJun Jiao

Controlled Formation of Honey Carbon Nanotube Thin Films by Tailoring the Ratio of Admixture Concentration and Annealing Time. Microscopy and Microanalysis (2023)

Kaleb HoodMd Mehedi Hasan TanimZoe TemplinAnnie DaoFeng ZhaoJun Jiao

Impact of Material and Tunnel Barrier Quality on Spin Transport in a Cvd Graphene Non-Local Spin Valve Device Array. Carbon Trends (2023)

Samuel T. OlsonDaniel StillKaleb HoodOtto ZietzJun Jiao

Self-Assembly of Exfoliated Graphene Flakes as Anticorrosive Coatings for Additive Manufactured Steels. Results in Surfaces and Interfaces (2023)

Kaleb HoodWen QianYi XiaSavannah KrupaAnnie DaoSarah AhmedSamuel OlsonNam NguyenJoseph A. TurnerJun Jiao

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Similar Faculty Members

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materials science

nanotechnology

Jacek Jasinski

Institution

University of Louisville

nanotechnology

electrochemistry

Chih-hung Alex Chang

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Oregon State University

sustainable chemistry

nanoparticle research

Michael Heben

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additive manufacturing

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nanotechnology

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