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METHOD OF PREPARING SILVER CHLORIDE ELECTRODES FOR IONTOPHORETIC DRUG DELIVERY DEVICES

机译:用于离子型药物输送装置的氯化银电极的制备方法

摘要

A method for preparing a silver chloride electrode suitable to use as a cathode for an iontophoretic device includes a conductive matrix having a surface to serve as an electrode, and silver chloride. The method further includes placing the conductive matrix into the silver chloride for a sufficient residence time, generally only a few seconds, to allow the conductive matrix to acquire a coating of silver chloride. The matrix is then withdrawn from the silver chloride and quenched, hardening the silver chloride. The matrix with the hardened silver chloride on its surface is then ready for placement in an iontophoretic device as a cathode. Preferably, the method includes dipping the conductive matrix into molten silver chloride forming a layer of silver chloride on its surface. The dipping process may be repeated to increase the thickness of the silver chloride coating when there is a requirement for more silver chloride than can be acquired in a single pass through the silver chloride. Results show that an electrode prepared on a silver plated copper matrix compares favorably with a pure silver matrix.
机译:一种适合用作离子电渗疗法装置的阴极的氯化银电极的制备方法,包括具有表面作为电极的导电基质和氯化银。该方法还包括将导电基质置于氯化银中足够的停留时间,通常仅几秒钟,以使导电基质获得氯化银涂层。然后从氯化银中取出基质,并淬灭,使氯化银硬化。然后准备好在其表面上具有硬化氯化银的基质,以放置在作为阴极的离子电渗疗法设备中。优选地,该方法包括将导电基质浸入熔融的氯化银中,从而在其表面上形成一层氯化银。当需要的氯化银比单次通过氯化银时所能获得的更多时,可以重复浸渍过程以增加氯化银涂层的厚度。结果表明,在镀银铜基体上制备的电极与纯银基体相比具有优势。

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