雾化器
超声波传感器
材料科学
过程(计算)
电压
热解
声学
工艺工程
计算机科学
化学工程
电气工程
工程类
物理
操作系统
医学
麻醉
作者
Camellia Panatarani,Tuti Aryati Demen,Liu Kin Men,Dwindra Wilham Maulana,Darmawan Hidayat,I Made Joni
摘要
Atomization is an important part in Spray Pyrolysis (SP) process which is applied to synthesize submicron or nano sized particles or to deposit thin film. Ultrasonic Nebulizer (UN) is usually use in SP due to its homogeneous droplets production with size between 1-5 μm. The drawback of the UN is low droplets production rate. In this research, we successfully developed a Digital Ultrasonic Nebulizer (DUN) with high droplets production rate using two ultrasonic traducers with applied frequency of 2.4 MHz. The result of DUN atomization was improved 4-6 fold compare to the conventional UN. The DUN also has an additional digital features such as pushbutton, LCD and microcontroller which is allow to set duration and applied voltage.
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