Apparatus for separating micro-particles using triangular microchannel
AssigneeKorea Advanced Institute of Science and Technology
InventorsWonhee Lee, Jeong-Ah Kim
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Abstract
A micro-particle separation apparatus includes a triangular microchannel of which a cross-section is formed in the shape of a triangle and through which a fluid including a plurality of particles flows by a predetermined length; and an outlet that separates particles that have been arranged at different focusing positions in the triangular microchannel, and outputs the separated particles. The triangular microchannel has different focusing positions depending on particle size.
Claims12
A micro-particle separation apparatus comprising:
- a triangular microchannel of which a cross-section is formed in the shape of a triangle and through which a fluid including particles with a plurality of sizes flows by a predetermined length;
- and
- an outlet that separates the particles that have been arranged at different focusing positions in the triangular microchannel, and outputs the separated particles ,
- wherein the triangular microchannel makes different focusing positions depending on particle size.
A micro-particle separation apparatus comprising:
- a rectangular microchannel of which a cross-section is formed in the shape of a rectangle and through which a fluid including particles with a plurality of sizes flows by a predetermined length;
- and
- a triangular microchannel of which a cross-section is formed in the shape of a triangle, and connected with the rectangle-shaped microchannel such that the fluid having passed through the rectangular microchannel is flowed thereinto,
- wherein the rectangular microchannel makes focusing positions of the particles along parallel side walls, and
- the triangular microchannel changes focusing positions of the particles depending on particle size.
Dependencies are inferred from the claim text.