Energy harvesting; Microelectromechanical systems; Piezoelectric transducers; Thermoelectric power generation; Bioengineering; Cantilever beams; Dc to dc converters; Electric power; Energy density; Heat engines; High temperature; High voltage; Peak power; Performance(engineering); Scaling factor; Seebeck effect; Systems analysis; Thermal conductivity; Thermal radiation; Theses; Thickness; Bimetals; Thermal energy harvesting; Human-powered energy harvesting devices;
机译:基于机械振动的MEMS压电悬臂梁在能量收集中的比较分析
机译:用于振动能量收集的ScAlN MEMS悬臂梁
机译:通过质量调谐对MEMS压电悬臂振动能量收集进行功率优化
机译:传统的基于悬臂的MEMS压电能量采集器的能量采集
机译:用于振动能量收集的基于MEMS的压电悬臂阵列的开发。
机译:自由激励和基础激励模式下Fe-Ga基悬臂收集器能量收集性能的综合分析
机译:通过质量调谐对MEMS压电悬臂振动能量收集进行功率优化