Erratum to: Concentration measurement in the wake of a free rising bubble using planar laser-induced fluorescence (PLIF) with a calibration taking into account fluorescence extinction variations

Valiorgue, Pierre; Souzy, Nicolas; Hajem, Mahmoud El; Hadid, H. Ben; Simoëns, Serge

doi:10.1007/s00348-014-1700-1

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Fig 11 Evolution Of the Spot Area As A Function Of Time1

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“…14and Eq. (27). It can be seen that there is no great difference between the results from the two methods.…”

Section: Fig 11 Evolution Of the Spot Area As A Function Of Timementioning

confidence: 85%

Mass Transfer and Diffusion of a Single Bubble Rising in Polymer Solutions

Cockx

Hébrard

et al. 2018

Ind. Eng. Chem. Res.

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Based on the planar laser-induced fluorescence with Inhibition (PLIF-I) experiments, the mass transfer and diffusion phenomena in the wake of single air bubbles (equivalent diamater~1-1.4 mm) rising in various aqueous polymer solutions (PAAm: 0.1 wt%-0.5 wt%; Breox: 2 wt%-9.1 wt%) are investigated. For each fluid medium, liquid-side mass transfer coefficient and the diffusion coefficient were determined and analyzed by considering multiple factors: the rheological properties of the fluid, the concentration of the solute, the hydrodynamics of the bubble, and the contamination effect. The results were compared with cases implemented in nonpolymer solutions to clearly identify the characteristics of mass transfer in the polymer media. In addition, a new method is proposed to determine the diffusion coefficient in the bubble wake. The present research proves that PLIF-I is a promising tool for investigating local gas-liquid mass transfer, even in complex liquid media.

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“…14and Eq. (27). It can be seen that there is no great difference between the results from the two methods.…”

Section: Fig 11 Evolution Of the Spot Area As A Function Of Timementioning

confidence: 85%