Faculty

Institution

Unit

Venue

Daniela Radu

Professor

Florida International University

Affiliations

College of Engineering & Computing

School of Biomedical & Mechanical Engineering

Department of Mechanical and Materials Engineering

Honors College

Daniela Radu is currently serving as a College Of Engineering & Computing Professor at Florida International University.

Honors

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Experiences

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Education

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Daniela Radu

Florida International University

Professor

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materials science thin films thin film processing electrical engineering photovoltaics optoelectronics semiconductor technology chemical engineering nanotechnology electronic materials nanoparticle research chemistry nanomaterials semiconductors electronics solid-state electronics transition metal chemistry inorganic chemistry solar cells material chemistry advanced energy material additive manufacturing aerosol science atomic spectroscopy luminescence coordination chemistry crystal engineering interface science in-situ conversion semiconductor materials metal nanoparticles prototype implementation brain stimulation stimulation device neurostimulation semiconductor nanostructures surface nanotechnology structural integrity meso level residual stress direct observation humidity sensor gas sensors transition metal chalcogenides inorganic photochemistry infrared spectroscopy nanostructure synthesis antifungal agents chemical deposition halide perovskites ternary nanoparticles simple solution-based route performance losses action potentials magnetoelectric nanoparticles selenization process device properties humid environments novel gas innovative spray-deposition light science technology optical materials machine learning quantum computing applied physics light emission quantum machine learning nanomanufacturing

Notable Scholarly Works

Notable Federal Grants

Collaborators

2D/3D Heterostructure Halide Perovskite Thin Films Through an Innovative Spray‐Deposition of Bulky Organic Cation‐Containing Ammonium Salts. Advanced Materials Interfaces (2024)

Rishabh SahaniNeetesh KumarCarlo A. R. PeriniAzina RahmaniDaniel MuñozDiana LaFolletteJack LawtonKunal DattaRuipeng LiJuan‐Pablo Correa‐BaenaTitel JurcaCheng‐Yu LaiDaniela R. Radu

thin filmsmaterials scienceinnovative spray-depositioninterface sciencehalide perovskitesinterface (matter)chemical depositionadvanced materials

Controlling Action Potentials With Magnetoelectric Nanoparticles. Brain stimulation (2024)

Elric ZhangMax ShotboltChen-Yu ChangAidan Scott-VandeusenShawnus ChenPing LiangDaniela RaduSakhrat Khizroev

electrophysiologybiomedical engineeringstimulation devicemagnetoelectric nanoparticlesbrain stimulationaction potentialsneuroscienceneurostimulation

Mixed-Metal 2D Chalcogenides Mo X Re 1– X S 2 as Antifungal Near-Infrared-Responsive Nanozymes. ACS Applied Nano Materials (2024)

Fei ZhangRishabh SahaniChangliang AnHa NaSamuel A. OyonDaniela RaduAnthony J. McGoronCheng-Yu Lai

materials sciencesurface sciencechemical engineeringoptical propertiestransition metal chalcogenidesnanoparticle researchantifungal agentscoordination chemistrytransition metal chemistryinfrared spectroscopyinorganic photochemistryadvanced materialscrystal engineeringluminescenceapplied physicsnanotechnologynanostructure synthesisnanoengineering

Novel Gas Sensing Approach: Res 2 /Ti 3 C 2 T X Heterostructures for Nh 3 Detection in Humid Environments. ACS Sensors (2024)

Sahil GassoJake CarrierDaniela RaduCheng-Yu Lai

materials sciencenovel gasresidual stressatomic spectroscopymeso levelhumidity sensorbiosensorschemical engineeringoptical propertiessensorssolid-state electronicslaser absorption spectrometrydirect observationgas sensorsaerosol scienceelectronicschemistryhumid environmentsenergy harvesting

Effect of the Selenization Process on Structural and Device Properties of Nanoparticle-Derived Cztsse Thin Films. (2013)

Kaushik Roy ChoudhuryYanyan CaoJonathan V. CasparQijie GuoLynda K. JohnsonIrina MalajovichDaniela RaduH. David RosenfeldLee SilvermanWei Wu

thin filmsmaterials sciencetechnologysemiconductor nanostructuresselenization processthin film processingoptoelectronicsadditive manufacturingelectronic materialsmaterials engineeringsolid-state electronicsnanotechnologysemiconductor technologyadvanced energy materialstructural integritynanoparticle researchdevice propertiessurface nanotechnologyelectrical engineeringnanomaterials

A Simple Solution-Based Route to High-Efficiency Cztsse Thin-Film Solar Cells. (2012)

Qijie GuoYanyan CaoJonathan V. CasparWilliam E. FarnethAlex S. IonkinLynda K. JohnsonMeijun LuIrina MalajovichDaniela RaduKaushik Roy ChoudhuryH. David RosenfeldWei Wu

thin filmsmaterials sciencephotovoltaicsprototype implementationthin film processingsemiconductorselectrical engineeringsimple solution-based routeoptoelectronicssemiconductor technologyengineering

Characterization and Understanding of Performance Losses in a Highly Efficient Solution-Processed Cztsse Thin-Film Solar Cell. (2012)

Kaushik Roy ChoudhuryYanyan CaoJonathan V. CasparWilliam E. FarnethQijie GuoAlex S. IonkinLynda K. JohnsonMeijun LuIrina MalajovichDaniela RaduH. David RosenfeldWei Wu

thin filmsmaterials scienceperformance lossessolar cellsphotovoltaicsthin film processingsemiconductorselectrical engineeringoptoelectronicssemiconductor technology

High-Efficiency Solution-Processed Cu 2 Znsn(S,Se) 4 Thin-Film Solar Cells Prepared From Binary and Ternary Nanoparticles. Journal of the American Chemical Society (2012)

Yanyan CaoMichael S. DennyJonathan V. CasparWilliam E. FarnethQijie GuoAlex S. IonkinLynda K. JohnsonMeijun LuIrina MalajovichDaniela RaduH. David RosenfeldKaushik Roy ChoudhuryWei Wu

thin filmsmaterials sciencein-situ conversionmaterial chemistrythin film processingmetal nanoparticleselectronic materialssemiconductor materialschemical engineeringnanotechnologysemiconductor technologyternary nanoparticleselectronicschemistrytransition metal chemistryphotovoltaicsnanoparticle researchinorganic chemistrynanomaterials

Cu Inf 2 /Inf Znsn(S, Se) Inf 4 /Inf Thin-Film Photovoltaic Devices Using Non-Vacuum Based Processing. (2011)

Meijun LuYanyan CaoJonathan V CasparIrina MalajovichDaniela RaduH David Rosenfeld

thin filmsmaterials scienceelectronic materialsphotovoltaicsthin film processingelectrical engineeringoptoelectronics

1
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Daniela Radu

Professor

Florida International University

Affiliations

College of Engineering & Computing

School of Biomedical & Mechanical Engineering

Department of Mechanical and Materials Engineering

Honors College

Daniela Radu is currently serving as a College Of Engineering & Computing Professor at Florida International 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

Daniela Radu

Florida International University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

2D/3D Heterostructure Halide Perovskite Thin Films Through an Innovative Spray‐Deposition of Bulky Organic Cation‐Containing Ammonium Salts. Advanced Materials Interfaces (2024)

Rishabh SahaniNeetesh KumarCarlo A. R. PeriniAzina RahmaniDaniel MuñozDiana LaFolletteJack LawtonKunal DattaRuipeng LiJuan‐Pablo Correa‐BaenaTitel JurcaCheng‐Yu LaiDaniela R. Radu

thin filmsmaterials scienceinnovative spray-depositioninterface sciencehalide perovskitesinterface (matter)chemical depositionadvanced materials

Controlling Action Potentials With Magnetoelectric Nanoparticles. Brain stimulation (2024)

Elric ZhangMax ShotboltChen-Yu ChangAidan Scott-VandeusenShawnus ChenPing LiangDaniela RaduSakhrat Khizroev

electrophysiologybiomedical engineeringstimulation devicemagnetoelectric nanoparticlesbrain stimulationaction potentialsneuroscienceneurostimulation

Mixed-Metal 2D Chalcogenides Mo X Re 1– X S 2 as Antifungal Near-Infrared-Responsive Nanozymes. ACS Applied Nano Materials (2024)

Fei ZhangRishabh SahaniChangliang AnHa NaSamuel A. OyonDaniela RaduAnthony J. McGoronCheng-Yu Lai

Novel Gas Sensing Approach: Res 2 /Ti 3 C 2 T X Heterostructures for Nh 3 Detection in Humid Environments. ACS Sensors (2024)

Sahil GassoJake CarrierDaniela RaduCheng-Yu Lai

Effect of the Selenization Process on Structural and Device Properties of Nanoparticle-Derived Cztsse Thin Films. (2013)

Kaushik Roy ChoudhuryYanyan CaoJonathan V. CasparQijie GuoLynda K. JohnsonIrina MalajovichDaniela RaduH. David RosenfeldLee SilvermanWei Wu

A Simple Solution-Based Route to High-Efficiency Cztsse Thin-Film Solar Cells. (2012)

Qijie GuoYanyan CaoJonathan V. CasparWilliam E. FarnethAlex S. IonkinLynda K. JohnsonMeijun LuIrina MalajovichDaniela RaduKaushik Roy ChoudhuryH. David RosenfeldWei Wu

thin filmsmaterials sciencephotovoltaicsprototype implementationthin film processingsemiconductorselectrical engineeringsimple solution-based routeoptoelectronicssemiconductor technologyengineering

Characterization and Understanding of Performance Losses in a Highly Efficient Solution-Processed Cztsse Thin-Film Solar Cell. (2012)

Kaushik Roy ChoudhuryYanyan CaoJonathan V. CasparWilliam E. FarnethQijie GuoAlex S. IonkinLynda K. JohnsonMeijun LuIrina MalajovichDaniela RaduH. David RosenfeldWei Wu

thin filmsmaterials scienceperformance lossessolar cellsphotovoltaicsthin film processingsemiconductorselectrical engineeringoptoelectronicssemiconductor technology

High-Efficiency Solution-Processed Cu 2 Znsn(S,Se) 4 Thin-Film Solar Cells Prepared From Binary and Ternary Nanoparticles. Journal of the American Chemical Society (2012)

Yanyan CaoMichael S. DennyJonathan V. CasparWilliam E. FarnethQijie GuoAlex S. IonkinLynda K. JohnsonMeijun LuIrina MalajovichDaniela RaduH. David RosenfeldKaushik Roy ChoudhuryWei Wu

Cu Inf 2 /Inf Znsn(S, Se) Inf 4 /Inf Thin-Film Photovoltaic Devices Using Non-Vacuum Based Processing. (2011)

Meijun LuYanyan CaoJonathan V CasparIrina MalajovichDaniela RaduH David Rosenfeld

thin filmsmaterials scienceelectronic materialsphotovoltaicsthin film processingelectrical engineeringoptoelectronics

1
10 / page

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