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Bridging electrostatic properties between nanoscopic and microscopic highly charged droplets

机译：纳米镜和微观高度充电液滴之间的桥接静电性能

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Victor Kwan; Styliani Consta;
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年度 2020
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1. 静电纺丝制备高度多孔石墨烯/TiO2复合材料的纳米纤维及光催化性能研究 [J] . 何缘, 刘云国中南大学学报（英文版） . 2018,第009期
2. Bridging electrostatic properties between nanoscopic and microscopic highly charged droplets [J] . Chemical Physics Letters . 2020,第期

机译：纳米镜和微观高度充电液滴之间的桥接静电性能
3. Isolated moving charged droplet evaporation characteristics in electrostatic field with highly volatile R134a [J] . Jiameng Tian, Tianyue Zhao, Zhifu Zhou, International Journal of Heat and Mass Transfer . 2021,第Octa期

机译：高挥发式R134A静电场中隔离的移动带电液滴蒸发特性
4. Tuning Material Properties of Nanoemulsion Gels by Sequentially Screening Electrostatic Repulsions and Then Thermally Inducing Droplet Bridging [J] . Cheng Li-Chiun, Vehusheia Signe Lin Kuei, Doyle Patrick S. Langmuir: The ACS Journal of Surfaces and Colloids . 2020,第13期

机译：通过顺序筛选静电滴漏，热诱导液滴桥接来调谐纳米乳液凝胶的材料性能
5. Microscopic and nanoscopic EVA composite investigation: Electrical properties and effect of purification treatment [C] . Montanari G.C., Cavallini A., Guastavino F., Electrical Insulation and Dielectric Phenomena, 2004. CEIDP '04 . 2004

机译：微观和纳米EVA复合材料的研究：电性能和净化处理的效果
6. Fluctuation and correlation effects in electrostatics of highly-charged surfaces. [D] . Lau, Andy Wing-Chi. 2000

机译：高电荷表面的静电起伏和相关效应。
7. Tuning Material Properties of Nanoemulsion Gels bySequentially Screening Electrostatic Repulsions and Then ThermallyInducing Droplet Bridging [O] . Li-Chiun Cheng, Signe Lin Kuei Vehusheia, Patrick S. Doyle -1

机译：通过调节纳米乳液的材料性能。依次筛选静电排斥然后进行热排斥诱导液滴桥接
8. Tuning Material Properties of Nanoemulsion Gels by Sequentially Screening Electrostatic Repulsions and Then Thermally Inducing Droplet Bridging [O] . Li-Chiun Cheng, Signe Lin Kuei Vehusheia, Patrick S. Doyle 2020

机译：通过顺序筛选静电滴漏，热诱导液滴桥接来调谐纳米乳液凝胶的材料性能
9. Electrostatic Model Applied to ISS Charged Water Droplet Experiment. [R] . Stevenson, D., Schaub, H., Pettit, D. R. 2015

机译：静电模型在Iss带电水滴实验中的应用。

Bridging electrostatic properties between nanoscopic and microscopic highly charged droplets

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