Thermal ground planes (TGPs) are considered to be one the most promising thermal
management devices for cooling the high heat flux miniaturized power electronic devices …

The grooved wick has a promising potential in the field of ultra-thin flat heat pipes, and the
porous structure can improve the capillary performance of grooved wicks significantly. In this …

Pulsating heat pipe (PHP) has attracted much attention due to its simple structure and high
thermal performance. Incorporating a wicking layer in the PHP is considered to be a …

Soft heat pipes are vital in many applications. Inspired by the structure of a squid, we
proposed a squid‐like soft heat pipe with multiple heat transport branches that has excellent …

Although many works have been published on designing ultrathin vapour chambers
(UTVCs), but no one has analyzed the effect of in-plane bending on the thermal …

Composite porous vapor chamber (CPVC) with uniform radial grooves in the evaporator
wick demonstrated good thermal hydraulic performance at high heat flux. To reveal the …

This paper theoretically and experimentally investigates the radius effect on the thermal
resistance of the disk-shaped thin vapor chamber (TVC) using Al 2 O 3 nanofluids as the …

With the emergence and rapid development of the fifth-generation mobile communication
technology (5G technology), electronics, especially smart phones and tablet PC, are …

随着第五代移动通信技术(5G 技术) 的出现与快速发展, 电子产品尤其是智能手机,
平板电脑等产品, 越发朝着高性能, 高集成和微型化的方向发展. 功耗成倍的增长将导致电子芯片 …

Numerous studies have focused on designing micro/nanostructured surfaces to improve
wicking capability for rapid liquid transport in many industrial applications. Although …