Thermoelectric (TE) conversion of human body heat is highly desirable for powering
microelectronic devices. However, most of the existing TE generators are not practical …

Herein, we demonstrate that a flexible, air-permeable, thermoelectric (TE) power generator
can be prepared by applying a TE polymer (eg poly (3, 4-ethylenedioxythiophene): poly (4 …

Conducting polymers offer new opportunities to design soft, conformable and light-weight
thermoelectric textile generators that can be unobtrusively integrated into garments or …

The recent development in the field of wearable electronics has increased the demand for
batteries as power sources which are subjected to periodic recharging and replacement …

The development of flexible thermoelectric (TE) power generators for harvesting energy from
the human body has attracted significant interest in recent years. However, thus far, a …

The inherently small temperature difference in air environment restricts the applications of
thermoelectric generation in the field of Internet of Things and wearable electronics. Here, a …

Herein, we demonstrate a concept of making flexible thermoelectric (TE) generators by
applying cotton thread as the platforms for poly (3-hexylthiophene)(P3HT) and Argentum …

The conversion of body heat into electrical energy using a thermoelectric (TE) power
generator is useful for wearable self-powered mobile electronic systems such as medical …

Textile-based wearable thermoelectric (TE) devices which could realize electricity
harvesting and self-powered sensing using body heat attract great attention as they combine …

At the beginning of the 21st century, micro-nano processing technology has developed
rapidly, and research on wearable electronic devices has exploded. In particular, flexible …