Faculty

Institution

Unit

Venue

Ahrenkiel

South Dakota School of Mines and Technology

Affiliations

Department Of Nanosience And Nanoengineering

NoneAhrenkiel is currently serving as a Nanosience And Nanoengineering faculty at South Dakota School of Mines And Technology.

Honors

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Experiences

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Education

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Ahrenkiel

South Dakota School of Mines and Technology

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materials science optoelectronics electrical engineering photovoltaics electronics semiconductor technology thin films semiconductors electronic materials semiconductor devices microelectronics flexible metal substrates solid-state electronics compound semiconductors engineering applied physics flexible electronics thermal engineering printed electronics energy engineering thin film processing surface modification epitaxial lift-off renewable energy sustainable energy sustainable energy technologies energy research material research material chemistry social science research power electronics semiconductor nanostructures semiconductor device fabrication epitaxial growth power semiconductor devices aluminum gallium nitride high-performance iii-v photovoltaics metal foils epitaxial ge films flexible substrates high efficiency photovoltaics growth optimization quantum wells distributed bragg reflector photovoltaic application inp thin films single-crystalline-like properties thin al films metamorphic grade structures defect density

Notable Scholarly Works

Notable Federal Grants

Collaborators

Growth Optimization of Ingap/Gaas Dual Junction Solar Cells With Quantum Wells and a Distributed Bragg Reflector. SSRN Electronic Journal (2022)

Stephen PollyBrandon BognerAnastasiia FedorenkoNikhil PokharelPhil AhrenkielSubhra ChowdhuryDhrubes BiswasSeth M. Hubbard

materials sciencegrowth optimizationsocial sciencessocial science researchpower electronicsoptoelectronicspower semiconductor devicessemiconductor devicessemiconductorsmicroelectronicsdistributed bragg reflectorquantum wellssemiconductor technologyelectronicscompound semiconductorsphotovoltaicsthermal engineeringenergy engineeringelectrical engineering

Flexible Gaas Solar Cells on Roll-To-Roll Processed Epitaxial Ge Films on Metal Foils: A Route Towards Low-Cost and High-Performance III–V Photovoltaics. Energy & Environmental Science (2019)

P. DuttaM. RathiD. KhatiwadaS. SunY. YaoB. YuS. ReedM. KachariaJ. MartinezA. P. LitvinchukZ. PasalaS. PouladiB. EslamiJ.-H. RyouH. GhasemiP. AhrenkielS. HubbardV. Selvamanickam

environmental engineeringmaterials sciencerenewable energymetal foilshigh-performance iii-v photovoltaicssustainable energyphotovoltaicsenergy researchprinted electronicsepitaxial ge filmselectronicsenergy engineeringflexible electronicselectrical engineeringoptoelectronicssustainable energy technologiessemiconductor technology

Epitaxial Lift-Off (Elo) of Ingap/Gaas/Ingaas Solar Cells With Quantum Dots in Gaas Middle Sub-Cell. Solar Energy Materials and Solar Cells (2018)

Sudersena Rao TatavartiZachary S. BittnerA. WibowoMichael A. SlocumGeorge NelsonHyun KumS. Phillip AhrenkielSeth M. Hubbard

materials scienceepitaxial lift-offphotovoltaicsthermal engineeringelectrical engineeringoptoelectronicsengineering

High Opto-Electronic Quality N-Type Single-Crystalline-Like Gaas Thin Films on Flexible Metal Substrates. Journal of Materials Chemistry C (2017)

M. RathiP. DuttaN. ZhengY. YaoD. KhatiwadaA. KhadimallahY. GaoS. SunY. LiS. PouladiP. AhrenkielJ.-H. RyouV. Selvamanickam

thin filmsmaterials sciencematerial chemistrythin film processingoptoelectronicselectronic materialsmaterial researchsemiconductor devicesmaterials engineeringsolid-state electronicsadvanced materialsapplied physicssemiconductor technologyflexible metal substrateselectronicsflexible electronicscompound semiconductorssurface modificationengineering

Integration of Thin Al Films on in 0.18 Ga 0.82 as Metamorphic Grade Structures for Low-Cost III- V Photovoltaics. 2017 IEEE 44th Photovoltaic Specialist Conference (PVSC) (2017)

Alessandro GiussaniMichael A. SlocumSeth M. HubbardNathan SmaglikNikhil PokharelS. Phillip Ahrenkiel

thin filmsmaterials sciencethin al filmsphotovoltaicsmetamorphic grade structuresoptoelectronicsaluminum gallium nitride

Reduced Defect Density in Single-Crystalline-Like Gaas Thin Film on Flexible Metal Substrates by Using Superlattice Structures. 2017 IEEE 44th Photovoltaic Specialist Conference (PVSC) (2017)

M. RathiP. DuttaD. KhatiwadaY. YaoY. GaoY. LiS. SunS. PouladiS. ReedA. KhadimallahJ. RyouV. SelvamanickamN. ZhengP. Ahrenkiel

thin filmsmaterials sciencedefect densityflexible metal substrateselectronic materialsmechanical engineeringphotovoltaicssemiconductor devicessurface modificationsolid-state electronicselectronicsthin film processingsemiconductorselectrical engineeringmicroelectronicssuperlattice structuresoptoelectronicssemiconductor technology

Algaas/Gaas Dh and Ingap/Gaas Dh Grown by Mocvd on Flexible Metal Substrates. (2016)

M. RathiP. DuttaN. ZhengY. YaoY. GaoS. SunA. KhadimallahM. ThomasM. AsadiradP. AhrenkielJ. RyouV. Selvamanickam

materials scienceflexible metal substratessemiconductorselectrical engineering

Inp Thin Films With Single-Crystalline-Like Properties on Flexible Metal Substrates for Photovoltaic Application. (2016)

Pavel DuttaMonika RathiYing GaoYao YaoDevendra KhatiwadaMagali T. DesessartsAli KhadimallahNan ZhengPhil AhrenkielVenkat Selvamanickam

thin filmsmaterials scienceflexible metal substratessurface scienceelectronic materialsphotovoltaicscondensed matter physicssingle-crystalline-like propertiesphotovoltaic applicationinp thin filmselectrical engineering

Epitaxial Lift-Off of Quantum Dot Enhanced Gaas Single Junction Solar Cells. Applied Physics Letters (2013)

Mitchell F. BennettZachary S. BittnerDavid V. ForbesSudersena Rao TatavartiS. Phillip AhrenkielAndree WibowoNoren PanKevin ChernSeth M. Hubbard

semiconductor nanostructuresmaterials scienceepitaxial lift-offelectronic materialssemiconductor devicessolid-state electronicssemiconductor device fabricationelectronicssemiconductorselectrical engineeringquantum dotsmicroelectronicsapplied physicsoptoelectronicssemiconductor technologycompound semiconductorsbioelectronics

Epitaxial Thin Film Gaas Deposited by Mocvd on Low-Cost, Flexible Substrates for High Efficiency Photovoltaics. (2013)

P. DuttaM. RathiP. AhrenkielY. GaoA. MehrotraE. GalstyanM. IlievB. MakarenkoR. ForrestA. FreundlichV. Selvamanickam

thin filmsmaterials scienceepitaxial growthflexible substrateselectronic materialsphotovoltaicssemiconductor devicesprinted electronicselectronicssemiconductorsmicroelectronicshigh efficiency photovoltaicsoptoelectronicssemiconductor technology

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Ahrenkiel

South Dakota School of Mines and Technology

Affiliations

Department Of Nanosience And Nanoengineering

NoneAhrenkiel is currently serving as a Nanosience And Nanoengineering faculty at South Dakota School of Mines 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

Ahrenkiel

South Dakota School of Mines and Technology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Growth Optimization of Ingap/Gaas Dual Junction Solar Cells With Quantum Wells and a Distributed Bragg Reflector. SSRN Electronic Journal (2022)

Stephen PollyBrandon BognerAnastasiia FedorenkoNikhil PokharelPhil AhrenkielSubhra ChowdhuryDhrubes BiswasSeth M. Hubbard

Flexible Gaas Solar Cells on Roll-To-Roll Processed Epitaxial Ge Films on Metal Foils: A Route Towards Low-Cost and High-Performance III–V Photovoltaics. Energy & Environmental Science (2019)

P. DuttaM. RathiD. KhatiwadaS. SunY. YaoB. YuS. ReedM. KachariaJ. MartinezA. P. LitvinchukZ. PasalaS. PouladiB. EslamiJ.-H. RyouH. GhasemiP. AhrenkielS. HubbardV. Selvamanickam

Epitaxial Lift-Off (Elo) of Ingap/Gaas/Ingaas Solar Cells With Quantum Dots in Gaas Middle Sub-Cell. Solar Energy Materials and Solar Cells (2018)

Sudersena Rao TatavartiZachary S. BittnerA. WibowoMichael A. SlocumGeorge NelsonHyun KumS. Phillip AhrenkielSeth M. Hubbard

materials scienceepitaxial lift-offphotovoltaicsthermal engineeringelectrical engineeringoptoelectronicsengineering

High Opto-Electronic Quality N-Type Single-Crystalline-Like Gaas Thin Films on Flexible Metal Substrates. Journal of Materials Chemistry C (2017)

M. RathiP. DuttaN. ZhengY. YaoD. KhatiwadaA. KhadimallahY. GaoS. SunY. LiS. PouladiP. AhrenkielJ.-H. RyouV. Selvamanickam

Integration of Thin Al Films on in 0.18 Ga 0.82 as Metamorphic Grade Structures for Low-Cost III- V Photovoltaics. 2017 IEEE 44th Photovoltaic Specialist Conference (PVSC) (2017)

Alessandro GiussaniMichael A. SlocumSeth M. HubbardNathan SmaglikNikhil PokharelS. Phillip Ahrenkiel

thin filmsmaterials sciencethin al filmsphotovoltaicsmetamorphic grade structuresoptoelectronicsaluminum gallium nitride

Reduced Defect Density in Single-Crystalline-Like Gaas Thin Film on Flexible Metal Substrates by Using Superlattice Structures. 2017 IEEE 44th Photovoltaic Specialist Conference (PVSC) (2017)

M. RathiP. DuttaD. KhatiwadaY. YaoY. GaoY. LiS. SunS. PouladiS. ReedA. KhadimallahJ. RyouV. SelvamanickamN. ZhengP. Ahrenkiel

Algaas/Gaas Dh and Ingap/Gaas Dh Grown by Mocvd on Flexible Metal Substrates. (2016)

M. RathiP. DuttaN. ZhengY. YaoY. GaoS. SunA. KhadimallahM. ThomasM. AsadiradP. AhrenkielJ. RyouV. Selvamanickam

materials scienceflexible metal substratessemiconductorselectrical engineering

Inp Thin Films With Single-Crystalline-Like Properties on Flexible Metal Substrates for Photovoltaic Application. (2016)

Pavel DuttaMonika RathiYing GaoYao YaoDevendra KhatiwadaMagali T. DesessartsAli KhadimallahNan ZhengPhil AhrenkielVenkat Selvamanickam

Epitaxial Lift-Off of Quantum Dot Enhanced Gaas Single Junction Solar Cells. Applied Physics Letters (2013)

Mitchell F. BennettZachary S. BittnerDavid V. ForbesSudersena Rao TatavartiS. Phillip AhrenkielAndree WibowoNoren PanKevin ChernSeth M. Hubbard

Epitaxial Thin Film Gaas Deposited by Mocvd on Low-Cost, Flexible Substrates for High Efficiency Photovoltaics. (2013)

P. DuttaM. RathiP. AhrenkielY. GaoA. MehrotraE. GalstyanM. IlievB. MakarenkoR. ForrestA. FreundlichV. Selvamanickam

1
10 / page