Heteroatom-doped porous carbon or hierarchically porous carbon materials (HPCMs) have
been widely used in several fields such as adsorption and separation, organic catalytic …

Hierarchically porous materials have enormous potential in energy storage, thermal
management, desalination, biomedicine, and catalytic reactions for their superior …

In order to study the effect of superhydrophobic structure failure on condensation heat
transfer and flow in gravity heat pipe, superhydrophobic surfaces with three diameters (D …

Heat dissipation is crucial for the device performance, including electronic components,
lithium-ion battery, solar collectors. Natural convection is regarded as one of the important …

Pores are a common class of structures with enhanced heat transfer properties. The pores
on the surface can usually be categorized into two types: dilated pores and contracted …

Boiling heat transfer performance is associated to bubble dynamics related to cavities. In this
work, four reconstructed surfaces with different pore structures (P1-plain surface, S1-no …

Efficient phosphorus (P) removal from agricultural drainage is crucial for making its removal
and recovery economically viable and operationally feasible. This study evaluated cost …

This article aims to comprehensively analyze the heat and mass transfer and fractal
evaporative interface in porous media with different pore size distribution through …

Enhancing pool boiling performance is of significant interest for cooling high-power
electronics. This paper introduces a self-induced jet im**ement device designed for …

The pool boiling heat transfer (phase-change immersion cooling) phenomenon holds
significant importance in the energy consumption management of large-power electronics …