Application of atomlzatlon processes under acoustic excitation in production of microcapsules

Tien-Chu Lin

Application of atomlzatlon processes under acoustic excitation in production of microcapsules

Tien-Chu Lin

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Research output: Contribution to journal › Article › peer-review

2 Citations (Scopus)

Abstract

This research investigates the atomization performance of a micro-channel atomizer with acoustic excitation and its application in microencapsulation process. Alginate and CaCl ₂ aqueous solutions are used as wall material and hardening median, respectively. Results show that, the flying distance of droplets, the concentration of CaCl ₂ and the frequency of acoustic excitation are importance control parameters. The mono-size droplets are formed in the resonant frequency of acoustic excitation, and droplets with difference size distribution are produced in other frequencies. Results also show that, microcapsules of average 885 μm in diameter with standard deviation of 74 μm are produced by this process.

Original language	English
Pages (from-to)	73-80
Number of pages	8
Journal	Hangkong Taikong ji Minhang Xuekan/Journal of Aeronautics, Astronautics and Aviation, Series B
Volume	43
Issue number	2
Publication status	Published - 2011 Oct 1

All Science Journal Classification (ASJC) codes

Aerospace Engineering
Space and Planetary Science

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abstract = "This research investigates the atomization performance of a micro-channel atomizer with acoustic excitation and its application in microencapsulation process. Alginate and CaCl 2 aqueous solutions are used as wall material and hardening median, respectively. Results show that, the flying distance of droplets, the concentration of CaCl 2 and the frequency of acoustic excitation are importance control parameters. The mono-size droplets are formed in the resonant frequency of acoustic excitation, and droplets with difference size distribution are produced in other frequencies. Results also show that, microcapsules of average 885 μm in diameter with standard deviation of 74 μm are produced by this process.",

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N2 - This research investigates the atomization performance of a micro-channel atomizer with acoustic excitation and its application in microencapsulation process. Alginate and CaCl 2 aqueous solutions are used as wall material and hardening median, respectively. Results show that, the flying distance of droplets, the concentration of CaCl 2 and the frequency of acoustic excitation are importance control parameters. The mono-size droplets are formed in the resonant frequency of acoustic excitation, and droplets with difference size distribution are produced in other frequencies. Results also show that, microcapsules of average 885 μm in diameter with standard deviation of 74 μm are produced by this process.

AB - This research investigates the atomization performance of a micro-channel atomizer with acoustic excitation and its application in microencapsulation process. Alginate and CaCl 2 aqueous solutions are used as wall material and hardening median, respectively. Results show that, the flying distance of droplets, the concentration of CaCl 2 and the frequency of acoustic excitation are importance control parameters. The mono-size droplets are formed in the resonant frequency of acoustic excitation, and droplets with difference size distribution are produced in other frequencies. Results also show that, microcapsules of average 885 μm in diameter with standard deviation of 74 μm are produced by this process.

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