Dans une approche classique de la d

Dans une approche classique de la double couche électrique considérant la solution électrolyte comme continue la contrainte s'exerçant sur les feuillets, appelée extbf{pression de disjonction} est d'origine purement électrochimique. Dans ce cas, la pression de disjonction et purement répulsive et fonction décroissante avec l'espacement interfoliaire

Results (English) 1:

In a classical approach to the electrical double layer whereas the electrolyte solution as continuing constraint on slips, called disjunction extbf{pression} is of purely electrochemical origin. In this case, the pressure of disjunction and purely repulsive and decreasing function with the interlayer spacing

Results (English) 2:

In a classical approach to the electrical double layer considering the electrolyte solution as the continuous stress on the leaflets, called textbf {} out pressure is purely electrochemical origin. In this case, the cut-out pressure and purely repulsive and decreasing function with the interlayer spacing

Results (English) 3:

in a classical approach of the electrical double layer in the electrolyte solution as continuous constraint acting on the leaflets called extbf {} is the original pressure of purely electrochemical separation. in this case, the pressure of separate and purely repulsive and decreasing function with the interlayer spacing