UCARE: Undergraduate Creative Activities & Research Experiences

UCARE Research Products
Date of this Version
Spring 4-1-2020
Document Type
Poster
Citation
Poster presentation, UCARE Research Fair, Spring 2020, University of Nebraska-Lincoln.
Abstract
FLSP surfaces resulting in boiling inversion require longer times to reach steady-state once inversion has occurred Boiling inversion has been shown to be the result of changing nucleation dynamics in which a large number of nucleation sites activate Increased time required to reach steady-state is linked to the rate at which these nucleation sites activate. Heat fluxes above the boiling inversion point can require up to an additional 3 hours to reach steady-state, compared to the typical 15-20 minutes reported in the literature
Comments
Copyright 2020 by the authors.