Research Summaries
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2009 Advanced Sensor Systems and System Dynamic Identification for Naval Aviation Systems T&E and Health Management (CBM+) Graduate School of Engineering & Applied Science Systems Engineering Millar, Richard C. View
2017 2025 Expeditionary Power Vision, Extending the Endurance of Solar Powered UAVs using Thin Film Cells Research & Sponsored Programs Naval Research Program Michael, Sherif N. View
2017 Maximizing Power Generation from Photovoltaic Modules in Tactical Applications Research & Sponsored Programs Naval Research Program Michael, Sherif N. View
2017 Modeling and Design of High Efficiency Space-Based Multi-Junction Solar Cells Optimized for Space Radiation Environment Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2009 Radiation Tolerant ASIC and VLSI Devices for Space-Based Systems, Design, Modeling and Fabrication Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2008 Radiation Tolerant ASIC and VLSI Devices for Space-Based Systems, Design, Modeling and Fabrication Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2018 Solar Powered Puma UAV Design for Extended Mission Endurance Research & Sponsored Programs Naval Research Program Michael, Sherif N. View
2019 The Design and Fabrication of a Novel High Efficiency Flexible Single Junction GaAs BAC Solar Cell for Space Environment Application Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2010 Extending the Endurance and Capabilities of the Raven UAV Using Advanced Flexible Solar Cells Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2010 Radiation Tolerant ASIC and VLSI Devices for Space-Based Systems, Design, Modeling and Fabrication Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2015 Extending the Endurance and Capabilities of the Raven/Puma UAVs using Advanced Flexible Solar Cells Research & Sponsored Programs Naval Research Program Michael, Sherif N. View
2012 Extending the Endurance and Capabilities of the Raven UAV Using Advanced Flexible Solar Cells Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2012 Adapting Homer Micro-Power Optimization Model for USMC Utilization Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2015 Advanced Low-Cost High-Efficiency Flexible Solar Blanket with More Than Double the Output of Spaces Technology Used by USMC Expeditionary Forces Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2014 Development of Advanced High Efficiency, Low Cost Flexible Solar Cells for USMC Expeditionary Energy Office Graduate School of Engineering & Applied Science Electrical & Computer Engineering Michael, Sherif N. View
2007 The Design, Fabrication and Testing of Radiation Tolerant ASIC and VLSI Devices for Space-Based Systems Graduate School of Engineering & Applied Science Space Systems Academic Group Michael, Sherif N. View
2007 In Search of a 40% Efficient Space-Based Multi-Junction Solar Cells, Optimization and Design Using Silvaco Virtual Wafer Fabrication Software Graduate School of Engineering & Applied Science Space Systems Academic Group Michael, Sherif N. View
2021 Shore Based Search and Rescue (SAR) Using Medium Range Unmanned Aircraft Systems (MR-UAS) Research & Sponsored Programs NPS Naval Research Program Michael, Sherif N. View
2007 In Search of a 40% Efficient Space-Based Multi-Junction Solar Cells, Optimization and Design Using Silvaco Virtual Wafer Fabrication Software Graduate School of Engineering & Applied Science Space Systems Academic Group Michael, Sherif N. View
2009 Optimization and Design of High Efficiency Space-Based Multi-Junction Solar Cells Using Silvaco Virtual Wafer Fabrication Software Graduate School of Engineering & Applied Science Space Systems Academic Group Michael, Sherif N. View