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Hydrogen sensor for high-pressure hydrothermal system and making method thereof

A technology of hydrogen sensor and high-pressure water, applied in the direction of material electrochemical variables, etc., can solve the problems of complex analysis methods, difficult hydrogen in-situ measurement, low working pressure, etc., and achieve improved response rate, increased effective length, and strong sealing Effect

Pending Publication Date: 2019-03-01
INST OF GEOCHEM CHINESE ACADEMY OF SCI
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  • Claims
  • Application Information

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Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide a hydrogen sensor for high-pressure hydrothermal system and its manufacturing method, so as to solve the problem of in-situ measurement of hydrogen in high-temperature, high-pressure and extreme physical and chemical environments and the working pressure Low, complex analysis methods and other issues

Method used

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  • Hydrogen sensor for high-pressure hydrothermal system and making method thereof
  • Hydrogen sensor for high-pressure hydrothermal system and making method thereof

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Embodiment 1

[0049] Embodiment 1: as attached Figure 1~2 As shown, a hydrogen sensor for a high-pressure hydrothermal system, it includes a base 1, a cone pad 2, a cone sleeve 3, an electrolyte ceramic 4 and an insulating ceramic 5, the base 1 is a cylindrical structure, and the base 1 is provided with a parallel symmetrical cylindrical hole 11 and a conical hole 12, the upper, lower, and small bottom ends of the conical hole 12 are connected to the cylindrical hole 11, and a cone pad 2 is provided at the bottom of the conical hole 12, and the conical hole 12 The upper part is provided with a taper sleeve 3, and the taper sleeve 3 is respectively provided with an electrolytic ceramic component and an insulating ceramic component. An insulating tube 10 is provided in the cylindrical hole 11. The insulating tube 10 is in close contact with the cone pad 2. Between the electrolytic ceramic component and the Electrode lead wires 9 are connected between the top surfaces of the insulating cerami...

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Abstract

The invention discloses a hydrogen sensor for a high-pressure hydrothermal system and a making method thereof. The hydrogen sensor comprises a base, a conical pad, a conical sleeve, an electrolyte ceramic and an insulating ceramic, wherein the base is of a cylinder structure, a cylindrical hole and a conical hole which are parallel and symmetrical are formed in the base, the big-end-up bottom of the conical hole is connected with the cylindrical hole, the bottom of the conical hole is provided with the conical pad, the upper portion of the conical hole is provided with the conical sleeve, an electrolyte ceramic assembly and an insulating ceramic assembly are arranged in the conical sleeve, an insulating tube is arranged in the cylindrical hole and is tightly in contact with the conical pad, an electrode lead is connected between the top face of the electrolyte ceramic assembly and the top face of the insulating ceramic assembly, an electrode lead is introduced out of the bottom face ofthe electrolyte ceramic assembly and the bottom face of the insulating ceramic assembly, and the electrode leads penetrate through the conical pad and the insulating tube to be connected to a measurement instrument. The hydrogen sensor has good sealing performance, corrosion resistance and high-temperature mechanical strength, is simple in structure, quick to respond, stable and reliable and produces a very good effect.

Description

technical field [0001] The invention relates to a hydrogen sensor, in particular to a hydrogen sensor used in a high-pressure hydrothermal system and a manufacturing method thereof, belonging to the technical field of sensor equipment. Background technique [0002] Since it was discovered in 1979 that high-temperature hydrothermal fluids were ejected from the submarine chimneys at 21°N (EPR) on the Eastern Pacific Rise, in order to better constrain the evolution of system chemistry and time, it has become particularly important to obtain true and reliable in-situ data through technical means . For almost all geochemical systems, hydrogen fugacity (activity) is generally considered to be one of the most important variables because it controls the direction and extent of mass transfer reactions and the formation of secondary alteration minerals. [0003] At present, a variety of hydrogen sensors have been developed, but none of them can perform in-situ measurement under high ...

Claims

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Application Information

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IPC IPC(8): G01N27/26
CPCG01N27/26
Inventor 李和平彭家卓徐丽萍林森
Owner INST OF GEOCHEM CHINESE ACADEMY OF SCI
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