抄録
The field of microfluidics is developing with advances in MEMS and μ-TAS technologies. In various devices, controlling the flow rate of liquid accurately at micro or nanoliter volume levels is required. However these devices are expensive. In this study, we examine a simple plate fabricated wettable microchannel on a nonwettable surface. We study a flow characteristic of a liquid droplet in a narrow channel on the nonwettable surface.
