# Difference between revisions of "Influence of Substrate Conductivity on Circulation Reversal in Evaporating Drops"

From Soft-Matter

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== Summary == | == Summary == | ||

− | <math>k_{R}^{crit}=tan(\theta_{c})cot(\frac{\theta_c}{2}+\frac{\theta_c^2}{\pi})</math> | + | <math>k_{R}^{crit}=tan(\theta_{c})cot\left(\frac{\theta_c}{2}+\frac{\theta_c^2}{\pi}\right)</math> |

[[Image:Coordinates.png]] | [[Image:Coordinates.png]] | ||

[[Image:FlowDirection.png]] | [[Image:FlowDirection.png]] | ||

== Soft Matter Details == | == Soft Matter Details == |

## Revision as of 15:05, 15 November 2009

## Overview

- [1] Ristenpart, W., Kim, P., Domingues, C., Wan, J, & Stone, H. Physical Review Letters. 99, 234502-1 - 234502-4 (2007).

- Keywords: Evaporation, Marangoni Effect, Contact Angle, Thermal Conduction, Surface Tension

## Summary

<math>k_{R}^{crit}=tan(\theta_{c})cot\left(\frac{\theta_c}{2}+\frac{\theta_c^2}{\pi}\right)</math>