2000•Laboratory Robotics and AutomationRequires access

An inexpensive continuous-type ultrasonic nebulizer for atomic spectrometry

Qinhan Jin, Feng Liang, Yanfu Huan, Yanbo Cao, Jianguang Zhou, Hanqi Zhang, Wenjun Yang

Open publisher page 13 citations

Abstract

We developed an inexpensive continuous-type ultrasonic nebulizer for atomic spectrometry based on a domestic humidifier. With this nebulizer, the aerosol introduction rate is about 1.0 mL/min, much greater than that of pneumatic nebulizer. The long-term stability was also satisfactory because both the solution level and the coupling water temperature were held constant. The pumps controlled by a computer allow the nebulizer to work continuously. The results show that both the analytical performance and the cost were satisfactory. © 2000 John Wiley & Sons, Inc. Lab Robotics and Automation 12:76–80, 2000

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What this paper is about

We developed an inexpensive continuous-type ultrasonic nebulizer for atomic spectrometry based on a domestic humidifier. With this nebulizer, the aerosol introduction rate is about 1.0 mL/min, much greater than that of pneumatic nebulizer. The long-term stability was also satisfactory because both the solution level and the coupling water temperature were held constant. The pumps controlled by a computer allow the nebulizer to work continuously. The results show that both the analytical performance and the cost were satisfactory. © 2000 John Wiley & Sons, Inc. Lab Robotics and Automation 12:76–80, 2000

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Available abstract

We developed an inexpensive continuous-type ultrasonic nebulizer for atomic spectrometry based on a domestic humidifier. With this nebulizer, the aerosol introduction rate is about 1.0 mL/min, much greater than that of pneumatic nebulizer. The long-term stability was also satisfactory because both the solution level and the coupling water temperature were held constant. The pumps controlled by a computer allow the nebulizer to work continuously. The results show that both the analytical performance and the cost were satisfactory. © 2000 John Wiley & Sons, Inc. Lab Robotics and Automation 12:76–80, 2000

Key concepts: Nebulizer, Chemistry, Ultrasonic sensor, Automation, Analytical Chemistry (journal), Aerosol, Chromatography, Process engineering

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