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Additionally, we demonstrated that pressure pumps inherently use this effect, and have so far led the high performances reported in the literature in terms of droplet monodispersity. We reached a coefficient of variation of 0.39% for the microdroplet area using a standard T-junction geometry. Our results show that highly monodisperse microdroplets can be obtained by syringe pump driven systems utilizing this damping effect. We apply this hydrodynamic damping method to microfluidic droplet generation.
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Podpisová kniha pro pehledné a snadné pedávání dopis, smluv, dokumet apod., formát A4, povrch koenka, uvnit tvrdý karton s otvory, na pední stran je vymnitelný. We analyze the whole microfluidic system using electrical circuit analogies, and demonstrate that off-chip compliances are significant, especially for displacement pump driven systems. Klasická kniha s harmonikovým hbetem, která slouí k ochran dokument. We demonstrate that compliance of elastomeric off-chip tubings can be used to damp fluctuations and lead to steady flow rates. In this article, we report a method to damp microfluidic hydrodynamic fluctuations caused by flow sources.