以微流體合成量子點材料之方法

A method for synthesizing a quantum dot material with micro-fluid comprises the following steps: providing a precursor solution, a pressurizer, a guide tube, and a micro-reactor, wherein the precursor solution comprises a first precursor solution and a second precursor solution, the first precursor solution comprises an element of group IIB dissolving in an alcohol solvent, the second precursor solution comprises an element of group VIA dissolving in an alcohol solvent, the guide tube is connected to the micro-reactor and the pressurizer, the pressurizer comprises a first pressurizer and a second pressurizer, the pressurizer is pressurizable to a predetermined pressure, the micro-reactor is heatable to a predetermined temperature; then, filling the first precursor solution into the first pressurizer and filling the second precursor solution into the second pressurizer, allowing the pressure of the precursor solution to be pressurized to the predetermined pressure, using the guide tube to introduce the pressurized precursor solution into the micro-reactor with a predetermined flow rate to allow the precursor solution in the micro-reactor to be heated to the predetermined temperature such that the element of group IIB and the element of group VIA mix together to form a quantum dot material and the quantum dot material has a predetermined particle size.