High-speed optical imaging of liquid film flow and liquid macro-slip over free surfaces with different surface energies

Volume: 29, Issue: 8, Pages: 557 - 566
Published: May 21, 2017
Abstract
High‐speed optical imaging is introduced as a visualization method to investigate the film‐flow properties of liquids with different surface tensions and viscosities (water, poly‐alpha‐olefin oil, and glycerol) over free rotating surfaces with different surface energies and polarities (steel, and two different diamond‐like‐carbon ‐ DLC coatings, i.e. DLC, and F‐DLC). It was found that the polar surface energy strongly influences the structural...
Paper Details
Title
High-speed optical imaging of liquid film flow and liquid macro-slip over free surfaces with different surface energies
Published Date
May 21, 2017
Volume
29
Issue
8
Pages
557 - 566
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