Electrochemical Study on TAGN. A differential pulse polarography determination
Электрохимическое исследование TAGN: определение методом полярографии с дифференциальными импульсами
1993-04-01
SCID: 54.1/67a77hra
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aqueous mediumdifferential pulse polarographyelectrochemical determinationpropellant analysistriaminoguanidine nitrate
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Abstract (AI)
Abstract This work shows an electrochemical study about triaminoguanidine nitrate, estimating the influence of the reaction compounds for the formation of TAGN and secundary compounds and hydrolysis products of this formation reaction. The conditions to determine polarographically the content of TAGN in a propellant without the interference of those compounds are verified. The method used is the differential pulse polarography in aqueous medium, due to the high solubility of TAGN in water. We have used three different media as electrolyte support, verifying the influence of different variables, as pH, drop time etc., to obtain the optimum work conditions.
Key Findings
1
Differential pulse polarography in aqueous medium is used to determine TAGN because of its high water solubility.
2
The optimized polarographic conditions enable TAGN determination in propellant while avoiding interference from related reaction compounds and hydrolysis products.
3
The researchers evaluate three supporting electrolytes and investigate variables including pH and drop time to optimize measurement conditions.
4
The study electrochemically investigates triaminoguanidine nitrate (TAGN), including reaction precursors, secondary compounds, and hydrolysis products.
Research Object
triaminoguanidine nitrate (TAGN) in propellant and its reaction-related secondary and hydrolysis compounds
Research Subject
polarographic determination of TAGN content without interference from secondary and hydrolysis compounds, including optimization of supporting electrolyte, pH, and drop time conditions
Publication Details
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1993-04-01
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