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The objective of this paper is to analyze the impact of liquid surface tension on force measurement in submerged micromanipulation. First, at present, mechanical characterization of biological objects in biological liquid is of significant interest. Second, the reduction of the surface force and adhesion forces in a submerged medium could be a relevant approach to perform reliable artificial objects...
The subject of this article is to analyse the impact of liquid surface tension on force measurement in submerged micromanipulations. On the one hand, at the present, mechanical characterization of biological objects in biological liquid has significant interest. On the other hand, the reduction of the surface force, and adhesion forces in a submerged medium could be a good approach to perform reliable...
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