首页> 外国专利> METHOD OF THERMALLY PROTECTING AMPEROMETRIC TITRATION ELECTROLYTIC ANALYSIS CELL, MEMBRANE SEALED AMPEROMETRIC TITRATION PROBE AND OXYGEN PROBE WHICH CAN BE HEATED AND STERILIZED

METHOD OF THERMALLY PROTECTING AMPEROMETRIC TITRATION ELECTROLYTIC ANALYSIS CELL, MEMBRANE SEALED AMPEROMETRIC TITRATION PROBE AND OXYGEN PROBE WHICH CAN BE HEATED AND STERILIZED

机译:可以加热和灭菌的热滴定电解法电解池,膜密封的滴定探针和氧气探针的方法

摘要

A method of thermal protection of a membrane-enclosed amperometric cell of the type comprising an electrolyte within an electrolyte space containing electrodes and enclosed by a semipermeable membrane which defines a sensor face; heat exchange within said cell is effected for controlled heat compensation of the electrolyte when the sensor face is exposed to temperatures outside of the operative temperature range of the cell.PPA membrane-enclosed amperometric probe having an elongated body provided with a sensor face at one end of the body and with electrical electrode connections extending through the probe body; the body includes at least two elongated fluid-passing channels formed between a pair of coaxially arranged interfitting tubular members that extend in axial direction through the body from a first region near the one body end to a second region near the other body end; the channels have mutually communicating ends in the first region and separate fluid- feeding ends in the second region so as to permit passing a fluid through the probe body.
机译:一种对膜密封的电流型电池进行热保护的方法,该类型的电池包括在包含电极的电解质空间内的电解质,该电解质空间由限定传感器面的半透膜包围;当传感器面暴露于电池的工作温度范围以外的温度时,进行所述电池内的热交换以控制电解质的热量补偿。膜封闭的电流型探针具有细长的主体,该探针具有在主体的一端的传感器面,并且具有延伸穿过探针主体的电电极连接;主体包括至少两个细长的流体通过通道,该至少两个细长的流体通过通道形成在一对同轴布置的相互配合的管状构件之间,该管状构件沿轴向方向从主体的一个端部附近的第一区域延伸至主体的另一个端部附近的第二区域。通道在第一区域中具有相互连通的端部,在第二区域中具有分离的流体供给端,以允许流体通过探头主体。

著录项

  • 公开/公告号JPS58137745A

    专利类型

  • 公开/公告日1983-08-16

    原文格式PDF

  • 申请/专利权人 HARII DADORII RAITO;

    申请/专利号JP19830015387

  • 申请日1983-02-01

  • 分类号G01N27/404;G01N27/27;G01N27/28;G01N27/30;G01N27/49;

  • 国家 JP

  • 入库时间 2022-08-22 11:54:54

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