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    • 51. 发明授权
    • Hydrogen patch cell
    • 氢补片
    • US4065373A
    • 1977-12-27
    • US680024
    • 1976-04-26
    • Richard L. MartinEddie C. French
    • Richard L. MartinEddie C. French
    • G01N27/26G01N17/00G01N17/02G01N27/403G01N27/416G01N27/46
    • G01N17/02Y10T436/22
    • A hydrogen patch cell for measuring hydrogen atoms produced in the corrosion of ferrous metals. The cell mounts on the diffusion side of a ferrous wall being penetrated by hydrogen atoms and comprises a body having a cavity enclosed by an insulating impervious material. An electrolyte in the cavity provides an environment for the conversion of hydrogen atoms to ions. An end portion of the body carries a fluid-tight seal to the ferrous wall. An inert barrier within the body adjacent the end portion interposes between the cavity and the ferrous wall, adjacent to the wall. The barrier is permeable to hydrogen atoms but impermeable with respect to the electrolyte. A coupling material fills the void between the barrier and the ferrous wall and this material is inert but permeable to hydrogen atoms. Electrodes on the body connect to external circuitry for the electrochemical conversion of hydrogen atoms to ions which enter the electrolyte. One electrode in the electrolyte is a planar metal electrode coextensive with the barrier.
    • 用于测量在黑色金属腐蚀中产生的氢原子的氢电池。 电池安装在被氢原子穿透的铁壁的扩散侧,并且包括具有由绝缘不透水材料包围的空腔的主体。 空腔中的电解质为氢原子转化为离子提供了环境。 身体的一个端部部分带有流体密封到有色金属壁。 邻近端部的身体内的惰性屏障在空腔和与铁壁相邻的壁之间插入。 阻挡层对氢原子是可渗透的,但对于电解质是不透水的。 耦合材料填充阻挡层和亚铁壁之间的空隙,并且这种材料是惰性的但对氢原子是可渗透的。 主体上的电极连接到外部电路,用于将氢原子电化学转化成进入电解质的离子。 电解液中的一个电极是与屏障共同延伸的平面金属电极。