Ингибирование коррозии малоуглеродистых сталей в воде тиосемикарбазоном пировиноградной кислоты

Шолтоян Н.; Parşutin Vladimir; Чернышева Н.В.; Коваль А.В.; Володина Галина; Булхак И.И.; Болога О. А.; Шофрански Валентин; Соколов Василий; Соколовa Людмила; Бодиу В.; Cotelea Maxim

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ШОЛТОЯН, Н., PARŞUTIN, Vladimir, ЧЕРНЫШЕВА, Н.В., КОВАЛЬ, А.В., ВОЛОДИНА, Галина, БУЛХАК, И.И., БОЛОГА, О. А., ШОФРАНСКИ, Валентин, СОКОЛОВ, Василий, СОКОЛОВA, Людмила, БОДИУ, В., COTELEA, Maxim. Ингибирование коррозии малоуглеродистых сталей в воде тиосемикарбазоном пировиноградной кислоты. In: Noosfera. Revista ştiinţifică de educaţie, spiritualitate şi cultură ecologică, 2013, nr. 9, pp. 98-108. ISSN 1857-3517.

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Noosfera. Revista ştiinţifică de educaţie, spiritualitate şi cultură ecologică

Numărul 9 / 2013 / ISSN 1857-3517

Ингибирование коррозии малоуглеродистых сталей в воде тиосемикарбазоном пировиноградной кислоты

Pag. 98-108

Шолтоян Н.¹, Parşutin Vladimir¹, Чернышева Н.В.¹, Коваль А.В.¹, Володина Галина¹, Булхак И.И.², Болога О. А.², Шофрански Валентин³, Соколов Василий³, Соколовa Людмила³, Бодиу В.³, Cotelea Maxim⁴

¹ Институт прикладной физики АНМ,
² Институт химии Академии наук Молдовы,
³ Международный Независимый Университет Молдовы,
⁴ Государственный университет медицины и фармации им. Николая Тестемицану

Disponibil în IBN: 8 decembrie 2014

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The process of corrosion St. 3 steel in water with thiosemicarbazone of pyruvic acid additives had been tested by gravimetric, electrochemical and physics-chemical (UV- and IR-spectroscopy, XR-structure analysis) methods. It was shown that thiosemicarbazone of pyruvic acid additives in water decreased the steel corrosion. The corrosion rate decreased time 3.7-6.9 times and protection degree increased to 73.3-85.3% depending on testing and of the inhibitor concentration. Mechanism of inhibitor action was proposed.

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