A numerical simulation model of falling film and droplet absorption over and between horizontal tubes in absorber was established with consideration of wet ratio,variable film thickness and transverse convection using LiBr-water solution as working fluid.

Study on the wetting of black smoke from coal-fired ceramic kilns by composite surfactant solutions;

Studyon improving the wetting property of polypropylene by depositing silica gel;

Study of wetting on solid surfaces by measuring height of large sessile drop;

A novel technique for measuring the wettability of fabric;

Effect of Alloying on Wettability and Microstructure of Sn-9Zn Lead-free Solder Alloy;

Overcoming Unwettability of Fibers for Liquid-Infiltration;

Prewetting of coal seams by water infusion is an essential measure for dust control at working faces.

The time-dependent height,wetting radius and contact angle of the droplet were measured.

An experimental system,composed of a liquid tank,a solid thin plate,a step-motor,a CCD camera connected with stereoscopic microscope,a high-speed image acquisition card,and a computer,was utilized to investigate dynamic wetting behavior of silicone oil on glass,aluminum and stainless steel surfaces and understand the effect of the solid surface properties on the dynamic wetting behavior.