Numerical analysis of ultrasonic nebulizer for onset amplitude of vibration with atomization experimental results
In this study, the onset amplitude of the initial capillary surface wave for ultrasonic
atomization of fluids has been implemented. The design and characterization of 485 kHz
microfabricated silicon-based ultrasonic nozzles are presented for the concept of economic
energy development. Each nozzle is composed of a silicon resonator and a piezoelectric
drive section consisting of three Fourier horns. The required minimum energy to atomize
liquid droplets is verified by COMSOL Multiphysics simulation software to clarify …
atomization of fluids has been implemented. The design and characterization of 485 kHz
microfabricated silicon-based ultrasonic nozzles are presented for the concept of economic
energy development. Each nozzle is composed of a silicon resonator and a piezoelectric
drive section consisting of three Fourier horns. The required minimum energy to atomize
liquid droplets is verified by COMSOL Multiphysics simulation software to clarify …
[PDF][PDF] Numerical Analysis of Ultrasonic Nebulizer for Onset Amplitude of Vibration with Atomization Experimental Results. Water 2021, 13, 1972
YL Song, CH Cheng, MK Reddy - Gas-Liquid Two-Phase Flow in the …, 2021 - academia.edu
In this study, the onset amplitude of the initial capillary surface wave for ultrasonic
atomization of fluids has been implemented. The design and characterization of 485 kHz
microfabricated silicon-based ultrasonic nozzles are presented for the concept of economic
energy development. Each nozzle is composed of a silicon resonator and a piezoelectric
drive section consisting of three Fourier horns. The required minimum energy to atomize
liquid droplets is verified by COMSOL Multiphysics simulation software to clarify …
atomization of fluids has been implemented. The design and characterization of 485 kHz
microfabricated silicon-based ultrasonic nozzles are presented for the concept of economic
energy development. Each nozzle is composed of a silicon resonator and a piezoelectric
drive section consisting of three Fourier horns. The required minimum energy to atomize
liquid droplets is verified by COMSOL Multiphysics simulation software to clarify …
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