SILICON MICROFLUIDIC-CHIP WITH PARALLEL MULTI-CHANNEL AND MICRO/NANO ENERGY SYSTEM USING SAID MICROFLUIDIC-CHIP

摘要

The present invention relates to a microfluidic chip made of silicon having excellent surface charge and a micro / nano energy system using the chip, and more specifically, a predetermined distance from an origin on one disc-shaped chip. By forming radially parallel multi-channels aligned with each other, stacking the disc-shaped chips to form a unitary potential cell, and connecting the cells in series to form an energy system. Parallel microchannel silicon microfluidic chip that can minimize the size of the chip, obtain the equal inflow and outflow of fluid, and obtain the amplified electrical energy through the series connection between the cells as described above. The present invention relates to a micro / nano energy system.;for teeth,;In the energy system configured by connecting a plurality of flow potential cells in series, the flow potential cells,;A disc-shaped microfluidic chip of silicon material having a plurality of multi-microchannel shapes stacked vertically;;A container configured to include the stacked chips, the container generating fluid by flowing a fluid through the microfluidic chip;;Characterized in that comprises a.;Streaming potential, microfluidic chip, silicon chip, multi-microchannel, MEMS, micro energy, power density.