Particle matter (PM) pollution seriously threatens public health as it can combine with
viruses and heavy metals to enter the human body and cause various diseases. Electrospun …

In order to achieve accurate and effective thermal management of high-performance
electronic components, the performance of a small flat loop heat pipe was investigated. A …

Abstract The Lucas− Washburn (LW) equation has been extensively used to predict the
imbibition length of capillary-driven flow. Using the hydraulic diameter for non-circular cross …

The remarkable performance improvement and thermal optimization of micro heat pipes
(MHPs) incorporated with carbon nanotubes (CNTs) of different density are analysed using …

Loop heat pipe (LHP), which is the star-rated way to solve high heat flux heat transfer, is a
promising heat dissipation technology for electronic devices. The optimized design of …

Additive manufacturing (AM) has opened a new pathway to create customized wicking
materials. With lower manufacturing costs and a larger design space than many alternatives …

A nanostructured copper oxide (nCO) coating which can be electrochemically reduced to
copper metal is demonstrated as an anti‐reflection coating, enabling interference …

This study focuses on enhancing the efficacy of wick-based air fresheners by improving the
evaporation rate and dispersion of volatile fragrances. It addresses the issue of reduced …

To investigate the relationship between the loop heat pipe evaporator heat-transfer
coefficient and wick pore size distribution, this work simulated the two− phase thermal …