Faculty

Institution

Unit

Venue

Rachel S. Aga

Associate Professor & Interim Chair Chemistry

Wright State University

Affiliations

College of Science and Mathematics

Chemistry

Rachel S. Aga is currently serving as a Chemistry Associate Professor & Interim Chair Chemistry at Wright State University.

Honors

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Experiences

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Education

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Rachel S. Aga

Wright State University

Associate Professor & Interim Chair Chemistry

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materials science applied physics condensed matter physics physics nanotechnology electronics electrical engineering optoelectronics materials engineering electronic materials condensed matter printed electronics advanced materials nanomaterials additive manufacturing material chemistry manufacturing technology nanoparticle research semiconductor materials computational chemistry physical chemistry quantum chemistry power electronics material research reliability engineering microelectronics reliability mechanical science semiconductor nanostructures sensor technology sensor design semiconductor devices advanced manufacturing technologies advanced energy material composite science theoretical analysis organic electronics organic solar cells advanced electrode material green nanotechnology nanometrology nanocrystalline materials surface modification surface nanotechnology flexible manufacturing technology flexible sensor material simulation material modeling elasticity (physics) engineering acoustic acoustical engineering device reliability hardware reliability nanoscale chemistry carbon-based materials laser processing technology fabrication techniques stressstrain analysis mechanical behavior sensor applications polymer nanotechnology silicene hydrogenation ab initio simulations theoretical investigation hydrogen absorption simulated crystal-nucleation times quantitative parameter-free prediction hydrogen storage capacity parameter-free prediction steady-state nucleation transient time regime lennard-jones system aerosol jet printing high-surface area electrode organic photovoltaic cdte quantum dots zno nanowires

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Fabrication of a Metal Resistance Strain Sensor With Enhanced Sensitivity. IEEE Sensors Letters (2024)

Roberto S. AgaLemuel DuncanLaura DavidsonFahima OuchenRachel AgaEmily M. HeckmanCarrie M. Bartsch

sensor technologymaterials sciencesystems engineeringstressstrain analysisenhanced sensitivitymechanical engineeringmechanical behaviorsensor applicationscalibrationsensor designsensorsmetalsmechanical testingmechanics of materials

An Additive Approach to Embed Chips in a Metallic Matrix Infused Pcb. (2023)

Roberto AgaFahima OuchenRachel S. AgaCarrie M. BartschEmily M. Heckman

embedded systemsmaterials sciencemetallic matrixcomputer engineeringelectrical engineeringadditive manufacturing

Investigation on Electrical Properties of Printed Graphene Subjected to Aging, Ambient Environment and Gamma Radiation. IEEE Transactions on Device and Materials Reliability (2023)

Kevin GoodmanRoberto S. AgaRachel AgaRobert CooperLei R. CaoEmily Heckman

materials sciencetechnologyreliability engineeringprinted electronicspower electronicsdevice reliabilityoptoelectronicsreliabilityelectronic materialssemiconductor materialssemiconductor devicesmicroelectronicsprinted graphenenanoelectronicsmicroelectronics reliabilityhardware reliabilityelectronicsambient environmentelectrical engineeringgraphenegamma radiation

Laser Sintering of Printed Silver Thin Films for Fabrication of Strain Sensors Directly on a Structure. (2023)

Roberto S. AgaWilliam MetzgerLaura DavidsonRachel AgaCarrie BartschEmily Heckman

thin filmsmaterials sciencestrain sensorsmanufacturing technologymechanical engineeringprinted electronicslaser processing technologyfabrication techniquesnanotechnology

Laser-Defined Graphene Strain Sensor Directly Fabricated on 3D-Printed Structure. Flexible and Printed Electronics (2021)

Roberto S AgaTyler M WebbTwinkle PandhiRachel AgaDavid EstradaKatherine M BurzynskiCarrie M BartschEmily M Heckman

sensor technologymaterials sciencetechnologyelectronic materialsmanufacturing technologyflexible manufacturing technologyflexible sensorprinted electronicssensor designsensorselectronicsadvanced materialsadvanced manufacturing technologiesflexible electronicsapplied physicsoptoelectronics3d printingadditive manufacturing

Considerations in Printing Conductive Traces for High Pulsed Power Applications. Microelectronics Reliability (2017)

Roberto S. AgaEric B. KreitSteven R. DooleyCarrie M. BartschEmily M. HeckmanRachel S. Aga

materials sciencereliabilityreliability engineeringconductive tracesprinted electronicsmicroelectronics reliabilityelectrical engineeringmicroelectronicsapplied physicsadditive manufacturingmicrofabrication

Metal Electrode Work Function Modification Using Aerosol Jet Printing. IEEE Electron Device Letters (2014)

Roberto AgaCarly JordanRachel S. AgaCarrie M. BartschEmily M. Heckman

materials scienceaerosol jet printingbiomedical engineeringmanufacturing technologymaterials engineeringprinted electronicselectronicsadvanced materialselectrical engineeringoptoelectronicsadditive manufacturing

Ab Initio Simulations of Silicene Hydrogenation. Chemical Physics Letters (2011)

Tim H. OsbornAmir A. FarajianOlga V. PupyshevaRachel S. AgaL.C. Lew Yan Voon

materials sciencecomputational chemistrymaterial chemistryquantum chemistrysilicene hydrogenationab initio simulationsgraphene

A Parameter-Free Prediction of Simulated Crystal Nucleation Times in the Lennard-Jones System: From the Steady-State Nucleation to the Transient Time Regime. The Journal of Chemical Physics (2010)

Lu Jian PengJames R. MorrisRachel S. Aga

materials scienceparameter-free predictionsteady-state nucleationphysical chemistryquantum chemistrytransient time regimelennard-jones system

Energetics and Molecular Dynamics Simulations of Hydrogen Adsorption on a Silicon Nanosheet. Bulletin of the American Physical Society (2010)

Tim H. OsbornAmir A. FarajianLok C. Lew Yan VoonRachel Aga

physicsmaterials sciencethin filmsmolecular dynamics simulationssilicon nanosheetsurface scienceapplied physicshydrogen adsorptionnanotechnology

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Rachel S. Aga

Associate Professor & Interim Chair Chemistry

Wright State University

Affiliations

College of Science and Mathematics

Chemistry

Rachel S. Aga is currently serving as a Chemistry Associate Professor & Interim Chair Chemistry at Wright 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

Rachel S. Aga

Wright State University

Associate Professor & Interim Chair Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Fabrication of a Metal Resistance Strain Sensor With Enhanced Sensitivity. IEEE Sensors Letters (2024)

Roberto S. AgaLemuel DuncanLaura DavidsonFahima OuchenRachel AgaEmily M. HeckmanCarrie M. Bartsch

An Additive Approach to Embed Chips in a Metallic Matrix Infused Pcb. (2023)

Roberto AgaFahima OuchenRachel S. AgaCarrie M. BartschEmily M. Heckman

embedded systemsmaterials sciencemetallic matrixcomputer engineeringelectrical engineeringadditive manufacturing

Investigation on Electrical Properties of Printed Graphene Subjected to Aging, Ambient Environment and Gamma Radiation. IEEE Transactions on Device and Materials Reliability (2023)

Kevin GoodmanRoberto S. AgaRachel AgaRobert CooperLei R. CaoEmily Heckman

Laser Sintering of Printed Silver Thin Films for Fabrication of Strain Sensors Directly on a Structure. (2023)

Roberto S. AgaWilliam MetzgerLaura DavidsonRachel AgaCarrie BartschEmily Heckman

thin filmsmaterials sciencestrain sensorsmanufacturing technologymechanical engineeringprinted electronicslaser processing technologyfabrication techniquesnanotechnology

Laser-Defined Graphene Strain Sensor Directly Fabricated on 3D-Printed Structure. Flexible and Printed Electronics (2021)

Roberto S AgaTyler M WebbTwinkle PandhiRachel AgaDavid EstradaKatherine M BurzynskiCarrie M BartschEmily M Heckman

Considerations in Printing Conductive Traces for High Pulsed Power Applications. Microelectronics Reliability (2017)

Roberto S. AgaEric B. KreitSteven R. DooleyCarrie M. BartschEmily M. HeckmanRachel S. Aga

Metal Electrode Work Function Modification Using Aerosol Jet Printing. IEEE Electron Device Letters (2014)

Roberto AgaCarly JordanRachel S. AgaCarrie M. BartschEmily M. Heckman

Ab Initio Simulations of Silicene Hydrogenation. Chemical Physics Letters (2011)

Tim H. OsbornAmir A. FarajianOlga V. PupyshevaRachel S. AgaL.C. Lew Yan Voon

materials sciencecomputational chemistrymaterial chemistryquantum chemistrysilicene hydrogenationab initio simulationsgraphene

A Parameter-Free Prediction of Simulated Crystal Nucleation Times in the Lennard-Jones System: From the Steady-State Nucleation to the Transient Time Regime. The Journal of Chemical Physics (2010)

Lu Jian PengJames R. MorrisRachel S. Aga

materials scienceparameter-free predictionsteady-state nucleationphysical chemistryquantum chemistrytransient time regimelennard-jones system

Energetics and Molecular Dynamics Simulations of Hydrogen Adsorption on a Silicon Nanosheet. Bulletin of the American Physical Society (2010)

Tim H. OsbornAmir A. FarajianLok C. Lew Yan VoonRachel Aga

physicsmaterials sciencethin filmsmolecular dynamics simulationssilicon nanosheetsurface scienceapplied physicshydrogen adsorptionnanotechnology

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Similar Faculty Members

Stephen Campbell

Institution

University of Minnesota

material properties

electronic material

Yue Kuo

Institution

Texas A&M University

materials science

electrical engineering

Hani Elsayed-Ali

Institution

Old Dominion University

ultrafast laser spectroscopy

raman spectroscopy

James Kolodzey

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University of Delaware

electronic material

semiconductor

Hameed Naseem

Institution

University of Arkansas

solid-state physics

electronic packaging

John Albrecht

Institution

Michigan State University

electrical insulation

chemical engineering

Ioannis Kymissis

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optoelectronics

Carlo Carraro

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University of California, Berkeley

materials science

applied physics

Irving P. Herman

Institution

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applied physics

C. Daniel Frisbie

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chemistry

organic electronics