Basic study of remote disinfection and sterilization effect by using atmospheric microplasma

机译：常压微血管基础对远程消毒和灭菌效果的基础研究

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摘要

Microplasma has advantage of reducing the discharge voltage compared with other atmospheric plasmas. It is generated at atmospheric pressure at only around 1.0 kV, since its discharge gap is in the order of micro-meters.

机译：与其他大气等离子体相比，微血导具有降低放电电压的优点。它在大气压下仅产生约1.0 kV，因为其排放间隙为微米的顺序。

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《IEEE Industry Applications Society Annual Meeting》|2011年||共6页
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作者
Shimizu Kazuo; Blajan Marius; Tatematsu Shigeki;
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原文格式 PDF
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中图分类 TB-53;
关键词
Microplasma; dielectric barrier discharge; sterilization;

机译：微血药物;介质屏障放电;灭菌;

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3. A High-Voltage Pulse Device for Sterilization and Disinfection of Products at Atmospheric Presssure (vol 58, pg 283, 2015) [J] . Sleptsov V. V., Baranov A. M., Berdnik V. I., Instruments and Experimental Techniques . 2015,第3期

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4. Basic study of remote disinfection and sterilization effect by using atmospheric microplasma [C] . Shimizu Kazuo, Blajan Marius, Tatematsu Shigeki 2011 IEEE Industry Applications Society Annual Meeting . 2011

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5. AN EXPERIMENTAL AND THEORETICAL STUDY OF THE ATMOSPHERIC SODIUM LAYER USING A LIDAR SYSTEM (ATMOSPHERIC GRAVITY WAVES, REMOTE SENSING). [D] . SEGAL, ANDREW C. 1986

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6. Review of Disinfection and Sterilization – Back to the Basics [O] . Jin-Hong Yoo 2018

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7. Study of Sterilization and Disinfection in Room Air by Using Atmospheric Microplasma [O] . Kazuo Shimizu, Yuki Komuro, Shigeki Tatematsu, 2011

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8. Laser Radar Studies: A Study of the Feasibility of Remote Measurement of Atmospheric Density and Turbidity by Means of Rotational Raman Scattering of Laser Light [R] . Reiss, N., Schotland, R. M. 1973

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Basic study of remote disinfection and sterilization effect by using atmospheric microplasma

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