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   Effect of Dates Extracts as Environmentally Friendly Corrosion Inhibitor for Carbon Steel in 1M HCl Solution  
   
نویسنده boubekraoui hanane ,forsal issam ,ouradi hamza ,elkhotfi yassine ,hanin hafida
منبع analytical and bioanalytical electrochemistry - 2020 - دوره : 12 - شماره : 6 - صفحه:828 -840
چکیده    Inhibitory effect of extracts from three date varieties namely khalt (kha), lassiane (la) and tadmamt (td)), and the mixture of date varieties as environmentally friendly corrosion inhibitor for carbon steel in 1m hcl is studied by means of electrochemical tests such as electrochemical impedance spectroscopy (eis), and tafel polarization. it's been obtained that in 1.0 m hcl solution the date extracts are a new green corrosion inhibitor for carbon steel. the results found show that with increasing concentration of the date extracts the values of inhibition efficiency increased. comparison of the experimental results of the three varieties and the extract mixture of dates, exhibited that inhibition efficiency increased in order kha, la, td and the mixture. therefore, the extract mixture is the best inhibitor with a maximum inhibitory efficacy value reaching 91% at a concentration of 1% of the mixture. polarization study revealed that dates extracts acted as a mixed inhibitor, with more principally cathodic process. the compounds of the date extracts are adsorbed on the metal surface forming the protective film, which explains the inhibitory action of these extracts, this result is confirmed by electron scanning microscopy (sem).
کلیدواژه Green inhibitor ,electrochemical tests ,electron scanning microscopy (SEM)
آدرس school of technology, laboratory of engineering and applied technologies, Morocco, school of technology, laboratory of engineering and applied technologies, Morocco, university sultan moulay slimane, faculty of sciences and technologies, laboratory of bioprocess and biointerface, Morocco, school of technology, laboratory of engineering and applied technologies, Morocco, university sultan moulay slimane, faculty of sciences and technologies, laboratory of bioprocess and biointerface, Morocco
 
     
   
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