Die Stabilisierung der Grenzflächen

Die Stabilisierung der Grenzflächen basierte in diesen Untersuchungen auf der Anlagerung grenzflächenaktiver Substanzen, die in der kontinuierlichen Phase im Überschuss vorlagen. Die numerische Simulation setzte diesen Sachverhalt mithilfe einer veränderlichen Oberflächenspannung an den Gasblasen um. Chemische Reaktionen waren bei diesen numerischen Simulationen nicht Gegenstand der Analyse und wurden daher auch nicht implementiert. Wie in der Abbildung ersichtlich beeinflussen sich die Blasen nach der Ablösung von der Membran über die in der kontinuierlichen Phase induzierten Strömungen. Der lokale diffusive und konvektive Impulstransport spielt hier, wie auch im vorliegenden Vorhaben, eine Schlüsselrolle für die Blasenwechselwirkung.

結果 (英文) 1:

The stabilization of the interfaces in these investigations based on the accumulation of surface active substances that were available in the continuous phase in excess. The numerical simulation implemented these facts by using a varying surface tension of gas bubbles. Chemical reactions were not subject to the analysis in these numerical simulations and therefore were not well implemented. How in the figure can be seen influence the bubbles after being replaced by the diaphragm of the currents induced in the continuous phase. The local diffusive and convective meteorological plays a key role for the interaction of the bladder, here, as well as in the present.

結果 (英文) 2:

The stabilization of the interfaces based in these studies on the addition of surface active substances that were present in the continuous phase in excess. The numerical simulation put this question by using a variable surface tension at the gas bubbles. Chemical reactions were these numerical simulations not the subject of analysis and were therefore not implemented. As seen in the figure, the bubbles affect after detachment of the membrane on the voltage induced in the continuous phase flows. The local diffusive and convective momentum transport plays here, as well as in the present project, a key role for the bubble interaction.

結果 (英文) 3:

the stabilization of the interfaces in these studies on the bonding process based surfactants, in the continuous phase in the surplus templates. the numerical simulation, this situation through a variable tension to the gas bubbles. chemical reactions in these numerical simulations are not part of the analysis, and were also not implemented. as the figure shows, the bubbles influence after the displacement of the membrane on the induced currents in the continuous phase. the local diffusion and convective impulstransport plays here, as well as in the present project, a key role for the blasenwechselwirkung.