提出一种快速、高效合成高质量无机钙钛矿量子点(CsPbBr3)的微通道反应器，通过调节前驱体的浓度和流速，可实现荧光光谱绿色至蓝色的转变，波长范围为515~464 nm。利用合成的绿色CsPbBr3量子点和红色荧光粉制备薄膜，覆盖在蓝色LED芯片表面上，在20 mA的驱动电流下获得流明效率最高可达62.93 lm/W 的白光。这种高效的白光LED展示出钙钛矿量子点在低成本显示、照明和光通信等应用领域中巨大的潜力。

A microchannel reactor for rapid and efficient synthesis of high-quality inorganic perovskite quantum dot (CsPbBr3) was proposed. By adjusting the concentration and flow rate of the precursor solution, the fluorescence spectrum can be green to blue and the corresponding wavelength is from 515 nm to 464 nm. The CsPbBr3 NCs applied with red phosphor on a blue chip achieved a luminous efficacy of 62.93 lm/W under 20 mA current. The high efficient white LEDs demonstrated the promising potential of CsPbX3 NCs for low-cost display, lighting, and optical communication applications.