High electric field / droplet levitation

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SUMMARY

The discussion centers on the creation of a high electric field for levitating non-highly conductive droplets, specifically water and saline solutions at the milli-microscale. Participants emphasize the importance of selecting appropriate equipment, electrode shapes, and materials, as well as safety components necessary for the experiment. The Millikan Oil Drop experiment is referenced as a foundational study that highlights the challenges involved in achieving successful droplet levitation. Literature and research papers on this topic are also sought for further insights.

PREREQUISITES
  • Understanding of electric field generation techniques
  • Familiarity with droplet dynamics and behavior in electric fields
  • Knowledge of electrode design and materials
  • Basic principles of safety in high-voltage experiments
NEXT STEPS
  • Research the Millikan Oil Drop experiment for foundational concepts
  • Explore high-voltage power supply options suitable for droplet levitation
  • Investigate materials for electrodes that optimize electric field strength
  • Review safety protocols for conducting high-voltage experiments
USEFUL FOR

Researchers, physicists, and engineers interested in fluid dynamics, electrohydrodynamics, and experimental physics, particularly those focusing on droplet manipulation and levitation techniques.

phy_eng
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Dear All,

I know this may sound a bit of a broad approach for a question but I would like to know what equipment I would need to create a very high electric field in order to levitate a non-highly conductive droplet (from water to water + salts but not metallic, in the milli-microscale). I will start doing some basic calculations soon but if someone could help me with ideas, equipment, considerations about the shape and materials of the electrodes or safety components that I will potentally need I would really appreciate it! In a similar way if someone knows about good literature/papers on the topic or works in a similar topic please let me know!

Thanks!
 
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phy_eng said:
Dear All,

I know this may sound a bit of a broad approach for a question but I would like to know what equipment I would need to create a very high electric field in order to levitate a non-highly conductive droplet (from water to water + salts but not metallic, in the milli-microscale). I will start doing some basic calculations soon but if someone could help me with ideas, equipment, considerations about the shape and materials of the electrodes or safety components that I will potentally need I would really appreciate it! In a similar way if someone knows about good literature/papers on the topic or works in a similar topic please let me know!

Thanks!
I suggest you look at the Millikan Oil Drop experiment, and the serious problems that had to be overcome.
 
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