Inhibition of Copper Corrosion by self Assembled AmphiphilesReport as inadecuate




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Chemical and biochemical engineering quarterly, Vol.21 No.1 March 2007. -

The advantage of nanolayers that can replace the traditional inhibitors of solids is the significant decrease in chemicals. The consequence is a lower environmental pollution.

On a copper surface, special hydroxamic acid amphiphiles CnH2n+1CONHOH, n =9–17 were used in self-assembled molecular layers SAM. The impact of time in SAM formation as well as the carbon chain length in the amphiphilic molecules was in the focus

of the experiments. The time-dependent layer structure was characterized by sum frequency vibrational spectroscopy. The anti-corrosion efficiency of nanolayers was measured by different electrochemical techniques electrode impedance spectroscopy,

polarization and by micro-calorimeter. The comparative analysis of data proved that the increase in time of SAM formation up to 1 hour enhances the stability, the ordering as well as the efficiency of nanolayers. The length of the carbon chain in the SAM layer,

less significantly increases the anticorrosion efficiency in a corrosive environment than the layer thickness in LB films.

Alkyl hydroxamic acid; self assembling molecular layer; inhibition; corrosion; microbial adhesion; electrochemical techniques; microcalorimetry



Author: J. Telegdi - H. Otmacic-Curkovic - K. Marusic - F. Al-Taher - E. Stupnisec-Lisac - E. Kalman -

Source: http://hrcak.srce.hr/



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