Textiles with cooling functions that can facilitate local cooling of a microenvironment provide
a promising strategy for addressing heat-related public health threats. Combining passive …

Passive radiative cooling textiles can reflect sunlight and dissipate heat directly to the
outside space without any energy input. However, radiative cooling textiles with high …

A radiative cooling garment is proposed as a promising strategy for ordinary people to attain
high thermal comfort indoors and outdoors. However, low production and poor cooling …

Although radiative cooling concepts guarantee reduction of air conditioning energy
consumption by maximizing the scattering of solar radiation and dissipation of thermal …

Thermal radiation is a major dissipative pathway for heat generated by the human body and
offers a significant thermoregulation mechanism over a wide range of conditions. We could …

Climate change has recently caused more and more severe temperatures, inducing a
growing demand for personal thermal management at outdoors. However, designing textiles …

Personal thermal management (PTM) of fabrics is vital for human health; the ever-changing
location of the human body poses a big challenge for fabrics to maintain a favorable …

Personal protective clothing is designed to safeguard medical personnel from highly
infectious diseases. However, it often compromises comfort, especially when worn outdoors …

Incorporating passive radiative cooling into textiles is an effective way to improve individual
personalized thermophysiological comfort for the human body. Based on radiative cooling …

Heat stress in hot summer brings serious thermal diseases, thus adversely influencing the
economy and human health of the entire society. In this work, novel porous polyvinylidene …