Abstract:

The effects of droplet volume on the interfacial dynamic between water droplet solution and cyclopentane hydrate probe. Using z-directional microbalance, the adhesion force is measured. Also, using stereoscope, change of probe size and capillary bridge is observed.

Suggested Citation:

Cha, Minjun, Couzis, Alexander, and Lee, Jae W.. 2015. Dataset for: Macroscopic Investigation of Water Volume Effects on Interfacial Dynamic Behaviors between Clathrate Hydrate and Water. Distributed by: GRIIDC, Harte Research Institute, Texas A&M University–Corpus Christi. doi:10.7266/N7WW7FMJ

Publications:

Cha, M., Couzis, A., & Lee, J. W. (2013). Macroscopic Investigation of Water Volume Effects on Interfacial Dynamic Behaviors between Clathrate Hydrate and Water. Langmuir, 29(19), 5793–5800. doi:10.1021/la4005664

Purpose:

By measuring the adhesion force between water droplet solution and cyclopentane hydrate probe, the effect of of droplet volume on the interfacial dynamic is investigated.

Data Parameters and Units:

File Figure 4. Two cycle of force measurements using 500ppm SDS solution droplet Time (s) = measurement time in seconds Force (mN/m) = millinewton per meter File Figure 7. Single cycle of contact force measurement with water droplet Time (s) = measurement time in seconds Force (mN/m) = millinewton per meter File Figure 8. Contact force measurements using pure water, SDS, and DTAB Solution volume (μL) = volume of solution droplet in microliter Force (mN/m) = millinewton per meter File Figure 9. Single contact force measurements with various water droplet volume Time (s) = measurement time in seconds Force (mN/m) = millinewton per meter

Individual Files: