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:用于摩擦纳米料金属和无定形聚合物之间接触电气化机制的第一原理研究
机译:用于确认ZnO /聚酰亚胺基摩擦纳米液中接触电气化的电子转移机制
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
机译:薄金属 - 聚合物涂层和薄膜的电子显微镜研究