| 摘要 |
<p>The invented method is based on a described combination of multiphase electrochemical process modes, polarization, extraction, compression or expansion of electrode interfaces and accumulation of monitored substances. The modes described therein take place in an arrangement comprising a capillary (2) orifice (1), a first immiscible phase (3), a second immiscible phase (4), an independent phase (5) and electrodes (6), whereby said first immiscible phase (3) is located at the capillary (2) orifice (1) and is separated from the second immiscible phase (4) by said independent phase (5) and further, the mode or direction of controlled changes in amount and/or form of the phases present and interfacial interfaces is symbolized by arrows (8).</p> |
