Owing to global temperature increases and frequent extreme weather events, outdoor
personal comfort is becoming more critical to human health and sustainable development …

A variety of public health events seriously threaten human life and health, especially the
outbreak of COVID-19 at the end of 2019 has caused a serious impact on human production …

Abstracts In this study, we demonstrate a novel 3D printing method and printhead capable of
3D printing objects, which are combinations of nano-/microfibers and solid or infill layers …

The solution blow spinning (SBS) technique has been used for over a decade to produce
micro-and nanofibers from polymers and ceramics. Among the advantages of SBS over …

The melt-blowing process involves high velocity airflow and fiber motion, which have a
significant effect on fiber attenuation. In this paper, the three-dimensional airflow field for a …

Solution blow spinning is a technology that uses high-pressure gas to prepare spinning
solution into nanofibers. It has the advantages of high production efficiency and easy …

Melt-blowing technology is an important method for directly preparing micro-nanofiber
materials by drawing polymer melts with high temperature and high velocity air flow. During …

Solution blow spinning (SBS) applies high-speed airflow to prepare fibers by generating a
strong stretching force. It has the advantages of scalable production, tailorable …

Melt blowing is a conventional process for the production of nonwoven fabrics in which high-
speed jets of hot air are blown onto a polymer melt to produce random fibers, which are then …

Radiative cooling textiles (RC@ Ts) and radiative warming textiles (RW@ Ts) have emerged
as promising alternatives for sustainable thermal management, offering passive heat …