Development of a Tandem Electrodynamic Trap Apparatus for Merging Charged Droplets and Spectroscopic Characterization of Resultant Dried Particles

Kohno Jun-ya; Higashiura Tetsu; Eguchi Takaaki; Miura Shumpei; Ogawa Masato

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Development of a Tandem Electrodynamic Trap Apparatus for Merging Charged Droplets and Spectroscopic Characterization of Resultant Dried Particles

机译：用于合并带电液滴的串联电动捕集装置的开发以及所得干燥颗粒的光谱表征

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Materials work in multicomponent forms. A wide range of compositions must be tested to obtain-the optimum composition for a specific application. We propose optimization using a series of small levitated single particles. We describe a tandem-trap apparatus for merging liquid droplets and analyzing the merged droplets and/or dried particles that are produced from the merged droplets under levitation conditions. Droplet merging was confirmed by Raman spectroscopic studies of the levitated particles. The tandem-trap apparatus enables the synthesis of a particle and spectroscopic investigation of its properties. This provides a basis for future investigation of the properties of levitated single particles.

机译：材料以多组分形式工作。必须测试各种组合物以获得针对特定应用的最佳组合物。我们建议使用一系列小的悬浮单颗粒进行优化。我们描述了用于捕集液滴并分析悬浮液滴和/或在悬浮条件下由合并液滴产生的干燥颗粒的串联捕集装置。通过悬浮颗粒的拉曼光谱研究证实了液滴合并。串联捕集装置能够合成颗粒并对其性质进行光谱研究。这为将来研究悬浮的单颗粒的性质提供了基础。

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《The journal of physical chemistry, B. Condensed matter, materials, surfaces, interfaces & biophysical》 |2016年第31期|共8页
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Kohno Jun-ya; Higashiura Tetsu; Eguchi Takaaki; Miura Shumpei; Ogawa Masato;
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1. Development of a Tandem Electrodynamic Trap Apparatus for Merging Charged Droplets and Spectroscopic Characterization of Resultant Dried Particles [J] . Kohno Jun-ya, Higashiura Tetsu, Eguchi Takaaki, The journal of physical chemistry, B. Condensed matter, materials, surfaces, interfaces & biophysical . 2016,第31期

机译：用于合并带电液滴的串联电动捕集装置的开发以及所得干燥颗粒的光谱表征
2. Absence of logarithmic attraction between colloids trapped at the interface of droplets: comment on "Capillary attraction of charged particles at a curved liquid interface" by Alois Wurger [J] . A. Dominguez, M. Oettel, S. Dietrich EPL . 2007,第6期

机译：液滴界面处捕获的胶体之间没有对数吸引：Alois Wurger评述“带电粒子在弯曲液体界面处的毛细管吸引”
3. Calculations of Thermodynamic Parameters of Charged Microparticle Structures in Electrodynamic Traps [J] . Lapitskii D. S., Filinov V. S., Vasilyak L. M., Plasma physics reports . 2019,第4期

机译：电动力陷阱带电微粒结构的热力学参数的计算
4. Investigation of the evolution of charged water droplets in the electrodynamic trap [C] . Daniel Jakubczyk, Marcin Zientara, Gennadij Derkachov, Joint international symposium on atmospheric and ocean optics/atmospheric physics . 2004

机译：电动陷阱带电水滴进化的研究
5. Electrodynamic trapping, manipulation, and Raman characterization of single particles and fine particulate clouds. [D] . Aardahl, Christopher Lyle. 1997

机译：单个颗粒和细颗粒云的电动捕集，操纵和拉曼表征。
6. Statistical Characterization of Ion Trap Tandem Mass Spectra from Doubly Charged Tryptic Peptides [O] . David L. Tabb, Lori L. Smith, Linda A. Breci, -1

机译：带有双电荷的胰蛋白酶肽的离子阱串联质谱的统计表征
7. Statistical Characterization of Ion Trap Tandem Mass Spectra from Doubly Charged Tryptic Peptides [O] . David L. Tabb, Lori L. Smith, Linda A. Breci, 2003

机译：双电荷胰蛋白肽离子捕集串联质谱的统计表征
8. An apparatus for the electrodynamic containment of charged macroparticles [R] . Williams, A., Melbourne, R., Maleki, L., 1989

机译：一种用于电荷控制带电大粒子的装置

Development of a Tandem Electrodynamic Trap Apparatus for Merging Charged Droplets and Spectroscopic Characterization of Resultant Dried Particles

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