On March 3, 2021, Han, Yunrui; Han, Lin; He, Limin; Wang, Shipeng; Luo, Xiaoming published an article.Related Products of 143-10-2 The title of the article was Universal Criterion for Critical Motion of Droplets Adhered on Surfaces with Different Wettability in Laminar Flow. And the article contained the following:
The initial motion of micro-oil droplets on substrates immersed in water is of great significance to study droplet motion. Here, microscopic experiments and mechanism anal. are used to establish a universal criterion and a math. model describing the critical conditions for the initial motion of droplets adhered on surfaces with different wettability in the laminar flow. The authors demonstrate a surface modification technique and anal. method in a microtest. Based on the force’s anal. on the 3-phase contact points of 2-dimensional oil droplets on the surfaces, the movement mechanism is also obtained when the oil droplets start to move. This work focuses on the coupling effects of oil droplet’s height, surface properties, and water flow velocity on the initial motion behaviors of oil droplets and obtains the critical shear water flow velocity required for the critical movement of oil droplets from different surfaces. The authors achieve a universal criterion and model for different application scenarios, which are of great scientific significance to improve theor. systems of multiphase separation and guide the design and optimization of surface properties and flow field velocity. The experimental process involved the reaction of 1-Decanethiol(cas: 143-10-2).Related Products of 143-10-2
The Article related to critical motion droplet surface wettability laminar flow silicone oil, Surface Chemistry and Colloids: Solid-Liquid Systems and other aspects.Related Products of 143-10-2
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