Background Built environment microbiome studies have identified numerous factors that shape indoor microbiomes, yet the reproducibility of these findings across buildings, timepoints, …
Aluminum nitride (AlN), a versatile ceramic with high thermal conductivity, high electrical resistivity, and a coefficient of thermal expansion compatible with silicon, is well‐suited for direct…
The purpose of this dissertation is to show the effectiveness of surface engineering (wettability patterning) in thermal management applications. The study is centered on redesigning an …
Droplet impact on superheated smooth solids has attracted enormous attention since Leidenfrost reported the eponymous phenomenon over 250 years ago. The related literature has …
The influence of a rough structure on wettability has been widely studied, but the quantitative relationship between surface wettability and structure with the same roughness has been …
The substrate-embedded two-phase cooler is a promising solution for power modules, cooling multiple high heat flux (350 $W / cm^{2}$) chips with small superheat ($\sim 10^{\circ}$ C)…
With recent advances in mobile and internet technologies, the digital payment market is an increasingly integral part of people’s lives, offering many useful and interesting services, eg, …
The paper is devoted to the study of overheating of the cooled element depending on the heat pipe material used in the cooling system and on the operating time. The analysis of the …
In this study, a vapor chamber - thermal diode apparatus is fabricated and tested. The system's components are laser-functionalized, wickless, and wettability-patterned copper plates. …
With the improvement and miniaturization of electronic devices, the issue of heat dissipation is becoming increasingly prominent. In this paper, a novel wickless pulsating vapor …