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 …

As the global market transitions from conventional to renewable energy sources, the
production of electric vehicles (EVs) has surged, presenting new challenges that require …

The traditional vapor chamber/heat pipe heat sink in high-power chip heat dissipation
structures consists of two separate parts. The contact thermal resistance between these …

With the rapid development of the economy and society, the contradiction between energy
supply and the deterioration of the ecological environment has become increasingly …

Given the lightweight nature and excellent thermal conductivity of aluminum, it offers
significant potential for light-weighting of phase-change cooling components. To further …

In open-system water-vapor production by direct heat supply, wick evaporators are
promising for efficient use of the supplied heat. However, designing a suitable wick structure …

High-performance electronic systems require efficient heat dissipation devices. Vapor
chambers (VCs) are practical thermal solutions for lightweight portable electronics that have …

Ultrathin titanium vapor chambers with wicks fabricated by ultrafast laser direct writing
provide a promising solution for future electronics' lightweight thermal management …

The composite structure wick has been proven to significantly enhance the heat transfer
performance of vapor chambers. Aluminum vapor chambers offer advantages such as being …

Capillary wick is a critical component that sustains working fluid circulation in heat-
spreading vapor chambers. A preferred wick layer requires a porous structure of multiscale …