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Device, method and application for preparing crescent-shaped ceramic particles based on microfluidic chip
The invention relates to a device, method and application for preparing crescent-shaped ceramic particles based on a microfluidic chip. The device comprises a bottom plate, a first dispensing needle,a second dispensing needle, an inner phase glass tube, an outer phase glass tube, an ultraviolet lamp cap and a collecting hose. The first dispensing needle and the second dispensing needle are fixedon the bottom plate side by side, one port of the inner phase glass tube communicates with a cavity of the first dispensing needle, one port of the outer phase glass tube communicates with a cavity ofthe second dispensing needle, and the other port of the inner phase glass tube penetrates through the cavity of the second dispensing needle and then extends into the outer phase glass tube; and theultraviolet lamp cap is arranged above the outer phase glass tube, and the other port of the outer phase glass tube is fixedly connected with the collecting hose and communicates with an inner space of the collecting hose. The crescent-shaped ceramic particles can be prepared by the device and method.
本发明涉及基于微流控芯片制备新月形陶瓷颗粒的装置、方法及应用，包括底板，第一点胶针头，第二点胶针头，内相玻璃管，外相玻璃管，紫外灯头和收集软管；第一点胶针头和第二点胶针头并排固定在底板上，内相玻璃管的一端口与第一点胶针头的腔体连通，外相玻璃管的一端口与第二点胶针头的腔体连通，内相玻璃管的另一端口穿过第二点胶针头的腔体后伸入外相玻璃管中；紫外灯头置于外相玻璃管的上方，外相玻璃管的另一端口与收集软管固定连接且与收集软管内部空间相连通，本发明的装置及方法能够制备出新月形陶瓷颗粒。
Device, method and application for preparing crescent-shaped ceramic particles based on microfluidic chip
The invention relates to a device, method and application for preparing crescent-shaped ceramic particles based on a microfluidic chip. The device comprises a bottom plate, a first dispensing needle,a second dispensing needle, an inner phase glass tube, an outer phase glass tube, an ultraviolet lamp cap and a collecting hose. The first dispensing needle and the second dispensing needle are fixedon the bottom plate side by side, one port of the inner phase glass tube communicates with a cavity of the first dispensing needle, one port of the outer phase glass tube communicates with a cavity ofthe second dispensing needle, and the other port of the inner phase glass tube penetrates through the cavity of the second dispensing needle and then extends into the outer phase glass tube; and theultraviolet lamp cap is arranged above the outer phase glass tube, and the other port of the outer phase glass tube is fixedly connected with the collecting hose and communicates with an inner space of the collecting hose. The crescent-shaped ceramic particles can be prepared by the device and method.
本发明涉及基于微流控芯片制备新月形陶瓷颗粒的装置、方法及应用，包括底板，第一点胶针头，第二点胶针头，内相玻璃管，外相玻璃管，紫外灯头和收集软管；第一点胶针头和第二点胶针头并排固定在底板上，内相玻璃管的一端口与第一点胶针头的腔体连通，外相玻璃管的一端口与第二点胶针头的腔体连通，内相玻璃管的另一端口穿过第二点胶针头的腔体后伸入外相玻璃管中；紫外灯头置于外相玻璃管的上方，外相玻璃管的另一端口与收集软管固定连接且与收集软管内部空间相连通，本发明的装置及方法能够制备出新月形陶瓷颗粒。
Device, method and application for preparing crescent-shaped ceramic particles based on microfluidic chip
基于微流控芯片制备新月形陶瓷颗粒的装置、方法及应用
MAN JIA (author) / ZHOU CHENCHEN (author) / MAN LUMING (author) / XIA HE (author) / LI JIANFENG (author)
2020-11-24
Patent
Electronic Resource
Chinese
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