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An experimental technique for accelerating a single liquid droplet to high impact velocities against a solid target surface using a propellant gas

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Abstract The literature of droplet impingement primarily focuses on the range of impact Weber numbers that can be achieved by free-falling droplets, by droplets propelled towards a surface by electro-mechanical… Click to show full abstract

Abstract The literature of droplet impingement primarily focuses on the range of impact Weber numbers that can be achieved by free-falling droplets, by droplets propelled towards a surface by electro-mechanical means, such as those used in ink jet printing, or by pressure atomization, as utilized for example in spray cooling. The range of Weber number achievable by these techniques is 20

Keywords: accelerating single; experimental technique; droplet; impact; surface; technique accelerating

Journal Title: Experimental Thermal and Fluid Science
Year Published: 2017

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