Jonathan K. Hayes
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Also affiliated: Bucknell University (2022); Audubon Nature Institute (2022); Cree (China) (2018–2023); Microsoft (Finland) (2010)
Formerly Arkansas Affiliated with University of Arkansas through 2014; recent publications list Bucknell University.
Research Areas
Links
Biography and Research Information
OverviewAI-generated summary
Jonathan Hayes's research interests include the study of plant taxonomy, with a recent publication focusing on Solanum scalarium, a newly described bush tomato species from Australia. He also investigates thermal properties, as evidenced by his work on sliding window-based thermal topography for determining thermal impedance and coupling. Hayes's scholarly contributions are reflected in his h-index of 7, with 23 publications and 142 citations. He has collaborated with several researchers at the University of Arkansas at Fayetteville, including Juan Carlos Balda, Shamar Christian, Ty McNutt, and Austin Curbow, on shared publications. Hayes's recent activity indicates an ongoing engagement with his research areas.
Metrics
- h-index: 7
- Publications: 23
- Citations: 146
Selected Publications
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Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling (2023)
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Realization of a Modular Indirect Matrix Converter System Using Normally Off SiC JFETs (2014)
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Realization of a SiC module-based indirect matrix converter with minimum parasitic inductances (2014)
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Modelling PV Clouding Effects Using a Semi-Markov Process with Application to Energy Storage (2014)
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New control strategy for indirect matrix converters operating in boost mode (2013)
Collaboration Network
Top Collaborators
- Realization of a Modular Indirect Matrix Converter System Using Normally Off SiC JFETs
- Modelling PV Clouding Effects Using a Semi-Markov Process with Application to Energy Storage
- Realization of a SiC module-based indirect matrix converter with minimum parasitic inductances
- New control strategy for indirect matrix converters operating in boost mode
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Realization of a Modular Indirect Matrix Converter System Using Normally Off SiC JFETs
- Realization of a SiC module-based indirect matrix converter with minimum parasitic inductances
- New control strategy for indirect matrix converters operating in boost mode
- Realization of a Modular Indirect Matrix Converter System Using Normally Off SiC JFETs
- Realization of a SiC module-based indirect matrix converter with minimum parasitic inductances
- New control strategy for indirect matrix converters operating in boost mode
- Modelling PV Clouding Effects Using a Semi-Markov Process with Application to Energy Storage
- Realization of a SiC module-based indirect matrix converter with minimum parasitic inductances
- Realization of a Modular Indirect Matrix Converter System Using Normally Off SiC JFETs
- Realization of a Modular Indirect Matrix Converter System Using Normally Off SiC JFETs
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
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