In very narrow spaces, liquids behave more like gels
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In very narrow spaces, liquids behave more like gels
http://www.sciencedaily.com/releases/2011/...10603080115.htm
ScienceDaily (June 3, 2011) Three molecules thick, or two, or one: how does an extremely thin layer of trapped liquid behave when we make it even thinner? Measurements made using the Atomic Force Microscope show that the forces of friction increase with each step. Liquids begin to behave more like a gel. This is the conclusion presented by Sissi de Beer in her PhD thesis. The thesis reveals new findings about forces that play a role in countless biological processes, for example
ScienceDaily (June 3, 2011) Three molecules thick, or two, or one: how does an extremely thin layer of trapped liquid behave when we make it even thinner? Measurements made using the Atomic Force Microscope show that the forces of friction increase with each step. Liquids begin to behave more like a gel. This is the conclusion presented by Sissi de Beer in her PhD thesis. The thesis reveals new findings about forces that play a role in countless biological processes, for example
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Re: In very narrow spaces, liquids behave more like gels
Ken je met drie-moleculen-dikte nog wel over een vloeistof praten?
Dat is zoiets als het dubbelspleet experiment doen met 3 fotonen.
Dat is zoiets als het dubbelspleet experiment doen met 3 fotonen.