Problems of Upscaling the Time in Fe
            <sup>0</sup>
            Reactive Barriers

Ebert, M.; Dahmke, Andreas; Köber, Ralf; Schäfer, Dirk

doi:10.1002/9783527609703.ch13

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2003

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“…b) Compared with the numerous possibilities of influencing the path of a particle at various places in the wake by means of turbulent pulses, the chance of reaching the rear surface is relatively small. This explains the low deposition rates found in experimental investigations [3].…”

Section: Reur Surfacementioning

confidence: 85%

Inertial deposition on front and rear sides of ribbons at intermediate and high reynolds numbers

Dau

1990

Chem Eng & Technol

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Deposition of particles from gas flows on ribbons is normally expected on the front side. Collision efficiencies of ribbons are presented for this case, obtained by means of single particle trajectory computation, which is based on numerically determined flow fields in the Reynolds number range between 2 and 50 and on the potential flow model. Further, it is shown, that deposition of particles on the rear side can be caused by eddylike motion of the fluid in the wake of the ribbon. For this to occur, two conditions must be fulfilled: the free shear layer between the wake and the outer flow must be turbulent to cause lateral transfer of particles into the wake and the Stokes number may not exceed 0.5.

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Section: Reur Surfacementioning

confidence: 85%

Inertial deposition on front and rear sides of ribbons at intermediate and high reynolds numbers

Dau

1990

Chem Eng & Technol

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Prognostizierte und tats�chliche Langzeitstabilit�t von Fe(0)-Reaktionsw�nden?Am Beispiel der Reaktionswand am Standort Rheine nach 5-j�hriger Betriebszeit

et al. 2003

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Problems of Upscaling the Time in Fe ⁰ Reactive Barriers

Cited by 2 publications

References 13 publications

Inertial deposition on front and rear sides of ribbons at intermediate and high reynolds numbers

Inertial deposition on front and rear sides of ribbons at intermediate and high reynolds numbers

Prognostizierte und tats�chliche Langzeitstabilit�t von Fe(0)-Reaktionsw�nden?Am Beispiel der Reaktionswand am Standort Rheine nach 5-j�hriger Betriebszeit

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Problems of Upscaling the Time in Fe 0 Reactive Barriers

Cited by 2 publications

References 13 publications

Inertial deposition on front and rear sides of ribbons at intermediate and high reynolds numbers

Inertial deposition on front and rear sides of ribbons at intermediate and high reynolds numbers

Prognostizierte und tats�chliche Langzeitstabilit�t von Fe(0)-Reaktionsw�nden?Am Beispiel der Reaktionswand am Standort Rheine nach 5-j�hriger Betriebszeit

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Problems of Upscaling the Time in Fe ⁰ Reactive Barriers