پديد آورندگان :
Gao J. نويسنده , Wang L. نويسنده , Yang W. نويسنده , Yang F. نويسنده
چكيده لاتين :
Studies were made on oscillations across a liquid membrane consisting of an oil layer, octanol containing barbitone, between
two aqueous layers: one containing 8 mM SDS with alcohol and the other containing 0.1 M NaCl. The effects of various
concentrations of chemical components in this system on the patterns of electrical oscillation were examined. The oscillations
may be explained by the mechanism of repetitive formation and destruction of monolayer structures of the dodecyl sulfate anion
at the interface between the organic and the aqueous phases, with the effect of proton penetration. This study of potential
oscillation across a membrane containing a drug provides the possibility of further investigations in pharmacological activity.