Evaporation of liquid is important in a diverse range of engineering applications, such as ink-
jet printing, pesticide spraying, micro-and nanofabrication, thin-film coatings, biochemical …

For the challenge of cooling hotspots in the burgeoning electronics/optoelectronics
equipment, vapor chambers provide a promising solution based on a distinctive passive two …

Heat pipes and vapor chambers act as efficient heat spreaders since they rely on phase
change of the coolant. The evaporator design is critical and typically high performance is …

The evaporator and condenser of the silicon vapor chamber have been fabricated by
photolithograph and deep reactive-ion etching, and they have been bonded hermetically by …

As electronic devices continue to shrink in size and increase in functionality, effective
thermal management has become a critical bottleneck that hinders continued advancement …

对现有干涸阈值模型进行优化, 加入重力的影响, 并与毛细作用力和渗透率的求解方法进行组合,
得到了平均误差约为7% 的表征垂直微柱蒸发器换热性能的最佳组合模型(Darcy_avg (S)+ SE) …

Advanced thermal management technologies have become more and more essential in
semiconductor industries in order to spread high heat flux from integrated circuits and …

Silicon vapor chamber has drawn much attention in recent years, owing to its mature
microfabrication process, accurate control over its geometries, direct integration with …

Micropillar based wicks were widely studied in recent years. They were proven to be
promising candidates for evaporators inside vapor chambers as they possess advantages of …

To improve the capacities and capabilities of microelectronic devices, 3D packaging is an
attractive solution which can provide increased functional density at a decreased cost per …