Electrochemical performance detection system and photoelectrochemical performance detection system

Abstract

The invention discloses an electrochemical performance detection system. The electrochemical performance detection system comprises a workstation and a liquid transferring part, wherein the workstation comprises an electrochemical tank; the electrochemical tank is provided with an elastic element, a first through hole and a second through hole; the retracting direction of the elastic element is the same as an opening direction of the first through hole; the first through hole is provided with a sealing ring; the second through hole is connected with the liquid transferring part through a liquid transferring pipeline, so that liquid can flow in and / or flow out of the electrochemical tank from the second through hole. The invention further discloses a photoelectrochemical performance detection system; the photoelectrochemical performance detection system comprises the electrochemical performance detection system and a light source part; the light source part comprises a light beam conducting element; the light beam conducting element is set to stretch into the electrochemical tank, and the conducted light beam is irradiated on a sample through the first through hole. According to the detection systems disclosed by the invention, manpower is greatly saved and an automatic manner is used for replacing manpower so that faults caused by manual operation are extremely avoided and the detection systems are more reliable and stable.

Description

technical field [0001] The invention belongs to the field of electrochemical and photoelectrochemical detection, and in particular relates to an electrochemical performance detection system and a photoelectrochemical performance detection system. Background technique [0002] With the depletion of fossil resources such as oil, natural gas and coal on the earth, human beings continue to explore the development and utilization of new clean energy. In the field of new energy, hydrogen energy is widely considered to be a very ideal new type of energy due to its abundant reserves in nature, widely present in water, fossil fuels and various carbohydrates, and the characteristics that only water is generated after combustion. clean energy. However, the traditional hydrogen production method consumes a huge amount of conventional energy, thus limiting the use of hydrogen energy. Since the 1970s, Japanese scientists Fujishima and Honda discovered a photocatalytic technology that us...

AI Technical Summary

Problems solved by technology

But the disadvantage of a single reaction cell is that when there are more than one sample, the test of each sample needs to be installed, fixed, added liquid, set the parameters of the electrochemical scan, manually chop, manually set the monochromatic light for IPCE (incident light Converted into photoelectron quantum efficiency) test, etc., the process is cumbersome and long

At present, there is no photocatalytic (electrocatalytic) evaluation device that can perform batch testing on the market, and evaluating batch samples will be an extremely heavy scientific research task

Especially with the development of high-throughput preparation technology, it is often the characterization of dozens or hundreds of samples. When manually characterizing a large number of samples, it often leads to operational errors due to fatigue, etc.

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