Vibration energy harvesting is a promising approach to provide wireless sensors and
portable electronics with sustainable power by converting ambient kinetic energy into …

Recently, energy harvesting from human motion has attracted substantial research into its
ability to replace conventional batteries for smart electronics. Human motion exhibits …

The rapid development of smart electronics has enabled their applications into such fields
as portable instruments, wearable electronic devices, implantable medical devices and even …

To optimize the combustion performance and energy conversion efficiency of micro-power
generators, the NH 3 addition and porous media (PM) are employed. Coupling effects of H …

The harvesting of energy from human motion for portable and wearable electronic devices
has received considerable attention. This letter describes a lightweight macrofiber …

Animal-borne tags (biologgers) have now become extremely sophisticated, recording data
from multiple sensors at high frequencies for long periods and, as such, have become a …

Low-frequency vibration energy harvesting is a promising technology for providing floating
buoys and small marine robots with sustainable energy from ocean waves. A spherical …

Long-distance walk with a heavy load such as hiking and field rescue, often leads to
accumulative fatigue. And continuous energy support for wearable electronics is often …

Amidst the swift progression of microelectronics and Internet of Things technology, wearable
devices are gradually gaining ground in the domains of human health monitoring. Recently …

Harvesting energy from the human body has attracted substantial attention from industries
and academics as it is a promising solution to address the battery life issue. In this article, we …