Kim Ji Yeop, Lee Sang Ji, Lee Mun Hee, Kim Jun Yeop, Hong Jung Goo
School of Mechanical Engineering, Kyungpook National University, Bukgu, Daegu 41566, Republic of Korea.
Soft Matter. 2024 Aug 28;20(34):6791-6799. doi: 10.1039/d4sm00669k.
Electrospraying is a method of atomizing fluids using a high voltage potential difference. Since the atomization of electrostatic atomization does not directly charge the nozzle but only uses the potential difference, various equipment structures are possible. In the case of this study, 12 different equipment structures of nozzle, ring electrode, and substrate were configured, and data on atomization characteristics of electrospray, such as spray modes applied voltage, coating area, coating current, spray velocity, and factors used in industrial processes, were verified. Data are provided for the generation process using uniform and continuous electrospray.
电喷雾是一种利用高电压电位差使流体雾化的方法。由于静电雾化的雾化过程并非直接对喷嘴充电,而仅是利用电位差,因此可以采用各种设备结构。在本研究中,配置了12种不同的喷嘴、环形电极和基底的设备结构,并对电喷雾的雾化特性数据进行了验证,这些数据包括应用电压的喷雾模式、涂层面积、涂层电流、喷雾速度以及工业过程中使用的因素。还提供了使用均匀且连续电喷雾的生成过程的数据。