High-sensitivity molecular potential analyzer

Abstract

The invention discloses a high-sensitivity molecular potential analyzer. The high-sensitivity molecular potential analyzer mainly comprises a sample feeding device, a sample fluidization device, a molecular charge carrier device, a molecular potential converting device, an active molecular electrode device, a standard molecular electrode device, a molecular potential calibration device, a potential signal amplifying device, a potential signal transduction device and a molecular potential signal displaying and recording device, wherein the molecular charge carrier device comprises a molecular charge carrier film; the material of the carrier film is a tribenzyl thiazole hexapyrimidine hafnium pentafluoride nano composite film; the thickness of the film is 0.55 micron; the molecular potential converting device comprises a molecular potential converting electrode, and the material of the electrode is an ethylketone benzyl pentachloride tripropylamine darmstadtium hexabromide composite electrode material; the active molecular electrode device comprises a molecular electrode, and the material of the electrode is a pentapyridine diphenylnitrile triphenylamine iodine rutherfordium composite electrode material.

Description

technical field [0001] The invention relates to the field of potential analysis, in particular to a high-sensitivity molecular potential analyzer. Background technique [0002] Fluid molecular potential analysis mainly uses the liquid membrane as a sensitive membrane electrode. When it cannot be made into a good insoluble substance that is insoluble in water, the salt of the metal chelate is dissolved in an inactive organic solvent, and then made into a multi- Porous film, one of which is an ion-exchange liquid membrane that uses the polymer of the ion exchange base to be measured as the sensitive substance, and the other neutral carrier membrane uses the complex of electrically neutral molecules and alkali metal ions as the sensitive material. material, but the existing fluid molecular potential analysis operation is troublesome, and the porous diaphragm material may slowly fall off in the sensing membrane, the life is short, and the membrane needs to be replaced regularly....

AI Technical Summary

Problems solved by technology

[0002] Fluid molecular potential analysis mainly uses the liquid membrane as a sensitive membrane electrode. When it is impossible to make an excellent insoluble substance that is difficult to dissolve in water, the salt of the metal chelate is dissolved in an inactive organic solvent, and then made into a multi- Porous membranes, one of which is an ion exchange liquid membrane is a polymer of the ion exchange base to be measured as a sensitive substance, and the other is a neutral carrier membrane that is a complex of an electrically neutral molecule and an alkali metal ion. material, but the existing fluid molecular potential analysis operation is troublesome, and the porous diaphragm material may slowly fall off in the sensing membrane, the life is short, and the membrane needs to be replaced regularly. Therefore, it is necessary to analyze the existing high-sensitivity molecular potential analyzer To be improved to increase its analysis accuracy and scope of application

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