In this paper, the newly developed multi-component multi-phase (MCMP) lattice Boltzmann
method (LBM) is extended for direct simulation on effects of ambient humidity of air and wall …

Thin film evaporation is a widely-used thermal management solution for micro/nano-devices
with high energy densities. Local measurements of the evaporation rate at a liquid-vapor …

As a basic physical parameter, temperature plays an important role in science and industry
areas. The cavity optomechanics especially the spring effect provide an ideal platform for …

We have investigated Marangoni convection at an evaporating meniscus of pure ethanol
and of ethanol–water mixtures. The experiments were performed in a microfluidic device …

Water is studied in confined environments where it evaporates into its own vapor.
Simultaneous experiments are conducted for 0.4–0.5 µL droplets confined at the center of …

In this paper temperature profiles in a meniscus formed by ethanol at the mouth of a capillary
tube with the meniscus' shape dependent on the liquid supply rate are studied as …

Evaporation characteristics of working fluid in capillaries are of great significance for high
efficiency of heat transfer system. Currently, numerous works have been done mainly …

The liquid–vapor interface remains a key point for improving the heat transfer efficiency of
heat exchangers. In this paper, we report experimental results on the evaporation of ethanol …

Previous studies have shown that diffusion-limited evaporation in the confined spaces such
as tubes and gaps between parallel plates strongly depends on geometrical gap …

The influence of a magnetic field B (measured in Tesla) on condensed matter depends on
the nature of the field, whether homogeneous or inhomogeneous, static or dynamic. The …