Over the past few decades, significant progress has been made in micro-and nanoscale
heat transfer. Numerous computational methods have been developed to quantitatively …

Currently, the existing two-phase boiling heat transfer technologies have limitations in
extremely narrow spaces and cannot satisfy the high heat flux dissipation requirements of …

Capillary-fed evaporation/boiling is a crucial process that occurs inside a two-phase heat
transfer device. Efficient capillary-fed evaporation/boiling relies on both effective capillary …

Efficient thermal management has become a bottleneck for the further development of highly
integrated and high-power optoelectronic devices. Vapor chambers (VCs) based on the …

A sustainable high heat transfer coefficient is critical for water and energy systems that utilize
steam condensation. Current techniques cannot achieve a high heat transfer performance at …

Two-phase heat transfer holds great potential to achieve efficient thermal management for
high-power applications. However, achieving high thermal performance and sustainability …

The demand for lightweight heat dissipation devices in aerospace and various other fields
has spurred the development of aluminum-based vapor chambers. However, the surface of …

High-power electronic devices bring both unprecedented challenges and great
opportunities to two-phase cooling technologies for efficient thermal management. Capillary …

The boom of the advanced technologies, such as microprocessors, 5G, and big data, has
led the thermal management to be a crucial factor in determining the operating speed …

Spray cooling has become one of the most promising heat dissipation technologies for
thermal management of super high heat flux. The traditional strategies to enhance spray …