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机译:通过一致原理调查探讨摩擦纳米料的金属聚合物接触电气化机理
Department of Mechanical Engineering Beijing Institute of Technology;
Department of Mechanical Engineering Beijing Institute of Technology;
Microsystems Technology Laboratories Massachusetts Institute of Technology;
Department of Physics Beijing Institute of Technology;
Department of Mechanical Engineering Beijing Institute of Technology;
Department of Mechanical Engineering Beijing Institute of Technology;
Contact electrification; Triboelectric nanogenerator; Metal-polymer; Surface structures; Materials modification; First-principles;
机译:通过一致原理调查探讨摩擦纳米料的金属聚合物接触电气化机理
机译:金属-聚合物接触中的摩擦带电-如何区分电子和材料转移机制
机译:分子间力在聚合物表面和摩擦电纳米发电机上的接触带电中的作用
机译:减少空气击穿效应的策略,促进接触分离模式的摩擦纳米电磁器
机译:摩擦纳米料水波能量收割的设计与开发
机译:基于均质无机材料接触的风沙电起摩擦能量收集:理论研究与预测
机译:形状适应性,自我治疗的摩擦纳米能器,具有通过软锚固接触电气的增强性能