一种新型的电子烟雾化方法研究
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云南中烟工业公司科技基金资助项目(2018XY03);深圳市基础研究基金资助项目(JCYJ2016033016701343)

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Research on a Novel Atomizing Method of Electronic Cigarette
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    摘要:

    针对电热式雾化电子烟存在核心专利受制于国外技术垄断、快速高热引发潜在安全健康风险、烟油接触雾化易烧结粘附等问题,该文基于声表面波(SAW)声流耦合效应,提出了一种新型的电子烟雾化方法,搭建了雾化系统实验平台,并采用成品烟油进行了雾化特性测试与分析。结果表明,系统能实现烟油非接触雾化,连续稳定地产生粒径小而分布均匀的气溶胶,且雾化速度快,功耗低,发热量小。研究验证了SAW雾化技术在电子烟中应用的可行性,是电子烟未来发展的一个新方向。

    Abstract:

    Aiming at the problems that the core patents of electrothermally atomized electronic smoke are subject to foreign technology monopoly, the potential safety and health risks are caused by rapid and high heat, the fume contact atomization is easy to sinter and adhere, a new method of electronic smoke atomization based on surface acoustic wave (SAW) acousticfluid coupling effect is proposed in this paper.An experimental platform for atomization system has been set up, and the atomization characteristics have been tested and analyzed by using finished fume. The results show that the system can realize noncontact atomization of smoke oil, and continuously and stably produce aerosol with small particle size and uniform distribution, and the atomization speed is fast, the power consumption is low, and the heat release is low.The feasibility of SAW atomization technology applied to electronic cigarette is validated. It is a new direction for the future development of electronic cigarette.

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韩熠,李廷华,朱东来,雷芋琳,李寿波,张霞,巩效伟,胡泓.一种新型的电子烟雾化方法研究[J].压电与声光,2019,41(2):254-257. HAN Yi, LI Tinghua, ZHU Donglai, LEI Yulin, LI Shoubo, ZHANG Xia, GONG Xiaowei, HU Hong. Research on a Novel Atomizing Method of Electronic Cigarette[J]. PIEZOELECTRICS AND ACOUSTOOPTICS

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  • 在线发布日期: 2019-04-18
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