microplasma case.edu

Microplasma

Continuous gas phase nucleation of nanoparticles. Size and composition controlled sub 10 nm nanoparticles is achieved with this technique. We have developed the technology to continuously synthesize a variety of nanoparticles with a complete control over mono-dispersity and stoichiometry. Liquid phase synthesis of nanoparticles. With our microplasma technique, we have developed the electrochemistry for synthesizing nanoparticle dispersed in liquids without the use of any reducing agents and catalysts.
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物理与机电工程学院电子科学系课题组主页-Plasma for everything

地址 福建省厦门市思明区思明南路422号 邮编 361005 电话 86-592-2188176 厦门大学等离子体研究室 版权所有 2014 厦门大学网站备案号 U500989.

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Microplasma

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Continuous gas phase nucleation of nanoparticles. Size and composition controlled sub 10 nm nanoparticles is achieved with this technique. We have developed the technology to continuously synthesize a variety of nanoparticles with a complete control over mono-dispersity and stoichiometry. Liquid phase synthesis of nanoparticles. With our microplasma technique, we have developed the electrochemistry for synthesizing nanoparticle dispersed in liquids without the use of any reducing agents and catalysts.

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The web site states the following, "Continuous gas phase nucleation of nanoparticles." We noticed that the web page also stated " Size and composition controlled sub 10 nm nanoparticles is achieved with this technique." It also said " We have developed the technology to continuously synthesize a variety of nanoparticles with a complete control over mono-dispersity and stoichiometry. Liquid phase synthesis of nanoparticles. With our microplasma technique, we have developed the electrochemistry for synthesizing nanoparticle dispersed in liquids without the use of any reducing agents and catalysts."

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