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130

131. Babel S. Low-cost adsorbents for heavy metals uptake from contaminated

water: A review / S. Babel, T.A. Kurniawan // J Hazard Mater. – 2008. – 153. – P.

213–220.

132. Ogata T. Mechanism of gold recovery from aqueous solution using a novel

tannin gel adsorbent synthesized from natural condensed tannin / T. Ogata, Y. Nakano

// Water Res. – 2005. – 39. – P. 4281–4285.

133. Matamala G. Use tannin anticorrosive reaction primer to improve traditional

coating system / Matamala G., Smeltzer W., Droguett G // Corros NACE. – 1994. –

50(4). – P. 270–275.

134. Batis G. Corrosion and protection of carbon steel in low enthalpy geothermal

fluids / Batis G., Kouloumbi N., Kotsakou K. // Geothermics – 1997. – 26(1). – P. 65–

82.

135. Formulation and testing of waterborne primer containing chestnuts tannin /

[Pardini O. R., Amalvy J. I., Di Sarli A. R. et al.] // J Coat Technol. – 2001. – 73. –

P. 99–111.

136. US 07/893, 483. Methods of removing oil and metal ions from oily

wastewater. Meyer E.M., Woods M.R.: US5256304 (1993).

137. US 09/640, 861. Manufacturing process for quaternary ammonium tannate, a

vegetable coagulating/flocculating agent. Lamb L.H., Decusatti O.G.: US6478986

(2002).

138. US 08/425, 689. Method for inhibition of oxygen corrosion in aqueous

systems by the use of a tannin activated oxygen scavenger Greaves B., Pole S.C.,

Hwa C.M., Fan J.C.: US 58303837(1998).

139. Martinez S. Ferric-tannate formation and anticorrosive properties of mimosa

tannin in acid solutions / S. Martinez, I. Stern // Chem. Biochem. Eng. – 1999. –

13(4). – P. 191–199.

140. Martinez S. Inhibitory mechanism of mimosa tannin using molecular

modeling and substitutional adsorption isotherms / Martinez S. // Matt. Chem. Phys. –

2002. – 77. – P. 97–102.