UAVEMI project: Numerical and experimental EM immunity assessment of UAV for HIRF and lightning indirect effects
The UAVEMI project, funded by the Spanish Ministry of Economy and Competitiveness,
gathers a consortium formed by several research and development institutions and one
industrial partner. The main goal is to develop innovative experimental and numerical
approaches for the assessment of the electromagnetic compatibility of unmanned air
vehicles, under high intensity radiated fields, lightning indirect effects and non-nuclear
electromagnetic pulses. This contribution describes the capabilities currently being …
gathers a consortium formed by several research and development institutions and one
industrial partner. The main goal is to develop innovative experimental and numerical
approaches for the assessment of the electromagnetic compatibility of unmanned air
vehicles, under high intensity radiated fields, lightning indirect effects and non-nuclear
electromagnetic pulses. This contribution describes the capabilities currently being …
UAVEMI project: numerical and experimental EM immunity assessment of UAV for HIRF and lightning indirect effects
S González García, F Silva Martínez… - … of 2016 ESA …, 2016 - upcommons.upc.edu
The UAVEMI project, funded by the Spanish Ministry of Economy and Competitiveness,
gathers a consortium formed by several research and development institutions and one
industrial partner. The main goal is to develop innovative experimental and numerical
approaches for the assessment of the electromagnetic compatibility of unmanned air
vehicles, under high intensity radiated fields, lightning indirect effects and non-nuclear
electromagnetic pulses. This contribution describes the capabilities currently being …
gathers a consortium formed by several research and development institutions and one
industrial partner. The main goal is to develop innovative experimental and numerical
approaches for the assessment of the electromagnetic compatibility of unmanned air
vehicles, under high intensity radiated fields, lightning indirect effects and non-nuclear
electromagnetic pulses. This contribution describes the capabilities currently being …
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