Abstract
Kinetics of water spreading on the surface of solid phases of various carbon materials has been first studied with the use of high-speed video filming (up to 1200 frames per second). It has been found that rates of low-temperature liquid and metal melts spreading and wetting the surface of solid phases are close in time (the process length is 10−2–10−3s) and in both the cases the spreading occurs in an inert mode. It has been shown that at the final stages the spreading of low-temperature liquids occurs at a viscous mode (10–30 min) caused by the presence of an adsorbed layer (coat) on the solid phase surface due to the environment.
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have