| abstract |
PROBLEM TO BE SOLVED: To provide a microstructure, a microreactor, a heat exchanger, and a manufacturing method of the microstructure that can be easily manufactured and that can accurately control a specific temperature. A microreactor 1 is formed by laminating a plurality of pattern layers 13A - 13C, the first inlet 2a of the first pattern layer 13A introducing a first raw material liquid L 1, the second inlet When the second raw material liquid L 2 is introduced from 2b, the raw material liquids L 1 and L 2 flow through the flow path 3a to join, and move in a laminar flow through the high temperature side reaction unit 3c and the low temperature side reaction unit 3d. . The two raw material liquids L 1 and L 2 react at their interfaces. The high temperature side reaction unit 3c reacts in the high temperature region, and the low temperature side reaction unit 3d reacts in the low temperature region. The reaction liquids L 1 and L 2 that have been reacted are separated into two by the flow path 3b and discharged from the outlets 2c and 2d. The heat conduction between the high temperature side reaction unit 3c and the low temperature side reaction unit 3d is blocked by the vacuum cavity 3e. [Selection] Figure 1 |