Emploi, à la température ambiante, de chambres d’ionisation remplies d’un diélectrique liquide

Modifications in the Phenomenological Equations of Electrokinetic Processes Caused by Electric Processes

“…In this case, the relation between the flow of electro-osmotic volume and the charge flow is 2 · 10~3 cm 3 /A, with 5 · 10~~3 moles reacting electrochemically for each cm 3 crossing the membrane, a larger quantity than the solute contents of the dissolution. Similarly, in the work developed by Tombalakian [18] where the liquid system is an aqueous dissolution of NaCl, (1,0 M), according to the results shown in diagrams 2 and 3 of the work in question, the number of moles reacting electrochemically per cm 3 liquid crossing the membrane is 1,5 · 10~2. This is greater a quantity than the solute contents of the dissolution!…”

“…The conductivity of a pure dielectric liquid, such as dimethylketone, presents the following characteristics: while an electric current is passing through it, an electric purification is produced in the liquid which diminishes the electric conductivity to some extent from its initial magnitude (see Fig. 6) [18]. After this process of purification the conductivity does not recover its initial value, no further polarization phenomena appear, and there is symmetry in the positive and negative charges on the electrodes.…”

Numerical analysis of transit conduction current in an insulating liquid with added ionic electrolyte

“…However, measurement of conduction current under a weak electric field [1,2] is technically difficult at the moment. Therefore, most available studies have dealt with induced conduction.…”

“…In investigating electric conduction in an insulating liquid, the inherent conduction of the liquid must be examined. However, measurement of conduction current under a weak electric field [1,2] is technically difficult at the moment. Therefore, most available studies have dealt with induced conduction.…”