A Wireless Lunar Sensor Node Powered by Temperature Gradients Across the Device’s Surface
2024 IEEE Aerospace Conference（2024）
Key words
Temperature Gradient,Surface Temperature,Laboratory Experiments,Temperature Difference,Energy Harvesting,Wireless Sensor,Lunar Surface,Thermopile,Wireless Sensor Nodes,High Power,Output Power,Solar Cells,Pulse Width,Ideal Conditions,Thermocouple,Voltage Drop,Thermal Radiation,Input Voltage,Open-circuit Voltage,Halogen Lamp,Maximum Power Point Tracking,Solar Illumination,Sleep Mode,Solar Constant,Resistance Temperature Detectors,Higher Temperature Difference,Stefan Boltzmann Constant,Thermal Simulation,Stefan Boltzmann
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