This paper presents a liquid metal droplet (LMD) based tube-shaped electrostatic energy harvester, which for the first time, utilize LMD as tribo-electrification material. This device use double-helix electrodes around the tube to obtain cycle transferred charges which multiple output frequency and enhance efficiency tremendously. As using the tube-shaped structure, this generator can be wound up to user's wrist, which is very convenience to harvest energy from human movement. The voltage output can be reached to 3.52 V when user swung arm irregularly. It gives great potential to power up the wearable electronics. ? 2016 IEEE.EI1252-12552016-Februar
A cloth-base wearable triboelectric nanogenerator made of nylon and Dacron fabric was fabricated for...
This work presents a flexible and wearable energy harvester for harvesting muscle motion energy. A n...
A cloth-base wearable triboelectric nanogenerator made of nylon and Dacron fabric was fabricated for...
This paper presents a liquid metal droplet (LMD) based tube-shaped electrostatic energy harvester, w...
This paper reports a transparent flexible triboelectric generator for harvesting the energy from dro...
As the first invention to efficiently harvest electricity from ambient mechanical energy by using co...
We describe and demonstrate an alternative energy-harvesting technology based on a microfluidic real...
We describe and demonstrate an alternative energy-harvesting technology based on a microfluidic real...
earable electronics has attracted increasing attention in the past decade due to expanding our capab...
Abstract — In this paper, we propose a triboelectric energy harvester (EH) using ethylene vinyl acet...
This paper presents a super-flexible and lightweight membrane for energy harvesting. Based on the co...
This paper presents an energy scavenging technique, merging microfluidics with electrostatic energy ...
We report an oxidized liquid metal droplet-based energy harvester that converts acoustic energy into...
Triboelectric nanogenerators are establishing themselves as promising candidates for realizing high-...
Energy generation: Harnessing people power A wearable generator developed by researchers in China ca...
A cloth-base wearable triboelectric nanogenerator made of nylon and Dacron fabric was fabricated for...
This work presents a flexible and wearable energy harvester for harvesting muscle motion energy. A n...
A cloth-base wearable triboelectric nanogenerator made of nylon and Dacron fabric was fabricated for...
This paper presents a liquid metal droplet (LMD) based tube-shaped electrostatic energy harvester, w...
This paper reports a transparent flexible triboelectric generator for harvesting the energy from dro...
As the first invention to efficiently harvest electricity from ambient mechanical energy by using co...
We describe and demonstrate an alternative energy-harvesting technology based on a microfluidic real...
We describe and demonstrate an alternative energy-harvesting technology based on a microfluidic real...
earable electronics has attracted increasing attention in the past decade due to expanding our capab...
Abstract — In this paper, we propose a triboelectric energy harvester (EH) using ethylene vinyl acet...
This paper presents a super-flexible and lightweight membrane for energy harvesting. Based on the co...
This paper presents an energy scavenging technique, merging microfluidics with electrostatic energy ...
We report an oxidized liquid metal droplet-based energy harvester that converts acoustic energy into...
Triboelectric nanogenerators are establishing themselves as promising candidates for realizing high-...
Energy generation: Harnessing people power A wearable generator developed by researchers in China ca...
A cloth-base wearable triboelectric nanogenerator made of nylon and Dacron fabric was fabricated for...
This work presents a flexible and wearable energy harvester for harvesting muscle motion energy. A n...
A cloth-base wearable triboelectric nanogenerator made of nylon and Dacron fabric was fabricated for...