Matches in SemOpenAlex for { <https://semopenalex.org/work/W3033454001> ?p ?o ?g. }
- W3033454001 endingPage "113493" @default.
- W3033454001 startingPage "113493" @default.
- W3033454001 abstract "Abstract Corrosion inhibition of mild steel sample in hydrochloric acid solution was examined via weight loss and electrochemical measurements, Scanning Electron Microscopy (SEM) and X-ray Photoelectron Spectroscopy (XPS) techniques. The use of Lavandula mairei Humbert extract (LM) as an eco-friendly inhibitor of mild steel (MS) corrosion in 1 M HCl solution has significantly decreased MS corrosion rate. The corrosion inhibition efficiency increased with the increase of LM concentration up to 92% obtained at 303 K for a 0.4 g/ L concentration. The adsorption of LM inhibitor on the mild steel surface followed the Langmuir adsorption isotherm. Anodic Tafel slope digression and continuous CR lessening with the LM extract concentration increase, has validated the limited dissolution of mild steel. Theoretical approaches based on chemical quantum calculations and molecular dynamics simulation clearly explains the mode of adsorption of the majority molecule on the metal surface." @default.
- W3033454001 created "2020-06-12" @default.
- W3033454001 creator A5030752729 @default.
- W3033454001 creator A5033251135 @default.
- W3033454001 creator A5057249145 @default.
- W3033454001 creator A5065700679 @default.
- W3033454001 creator A5070640434 @default.
- W3033454001 creator A5083773595 @default.
- W3033454001 creator A5086663901 @default.
- W3033454001 creator A5090099156 @default.
- W3033454001 date "2020-09-01" @default.
- W3033454001 modified "2023-10-10" @default.
- W3033454001 title "Evaluation of Lavandula mairei extract as green inhibitor for mild steel corrosion in 1 M HCl solution. Experimental and theoretical approach" @default.
- W3033454001 cites W1798358366 @default.
- W3033454001 cites W1939210573 @default.
- W3033454001 cites W1974062128 @default.
- W3033454001 cites W1975743712 @default.
- W3033454001 cites W1978826057 @default.
- W3033454001 cites W1983084878 @default.
- W3033454001 cites W1985729211 @default.
- W3033454001 cites W1987507084 @default.
- W3033454001 cites W1987949691 @default.
- W3033454001 cites W1991845674 @default.
- W3033454001 cites W1995404829 @default.
- W3033454001 cites W1996353182 @default.
- W3033454001 cites W1997222877 @default.
- W3033454001 cites W1999583249 @default.
- W3033454001 cites W2002149549 @default.
- W3033454001 cites W2005761181 @default.
- W3033454001 cites W2008708918 @default.
- W3033454001 cites W2009458392 @default.
- W3033454001 cites W2024391426 @default.
- W3033454001 cites W2025700168 @default.
- W3033454001 cites W2034733095 @default.
- W3033454001 cites W2053142614 @default.
- W3033454001 cites W2057945257 @default.
- W3033454001 cites W2064860329 @default.
- W3033454001 cites W2067680642 @default.
- W3033454001 cites W2069446072 @default.
- W3033454001 cites W2079442901 @default.
- W3033454001 cites W2083469020 @default.
- W3033454001 cites W2083588767 @default.
- W3033454001 cites W2087652148 @default.
- W3033454001 cites W2088034514 @default.
- W3033454001 cites W2088998046 @default.
- W3033454001 cites W2091654157 @default.
- W3033454001 cites W2092573887 @default.
- W3033454001 cites W2092816171 @default.
- W3033454001 cites W2095202208 @default.
- W3033454001 cites W2146462263 @default.
- W3033454001 cites W2159417938 @default.
- W3033454001 cites W2292519215 @default.
- W3033454001 cites W2295065010 @default.
- W3033454001 cites W2295319534 @default.
- W3033454001 cites W2303256655 @default.
- W3033454001 cites W2324518252 @default.
- W3033454001 cites W2428985659 @default.
- W3033454001 cites W2592926157 @default.
- W3033454001 cites W2735813322 @default.
- W3033454001 cites W2737581811 @default.
- W3033454001 cites W2754507905 @default.
- W3033454001 cites W2773436944 @default.
- W3033454001 cites W2795585831 @default.
- W3033454001 cites W2880805305 @default.
- W3033454001 cites W2886147258 @default.
- W3033454001 cites W2897498528 @default.
- W3033454001 cites W2902532423 @default.
- W3033454001 cites W2906732211 @default.
- W3033454001 cites W2911022709 @default.
- W3033454001 cites W2912161254 @default.
- W3033454001 cites W2943016682 @default.
- W3033454001 cites W2943960760 @default.
- W3033454001 cites W2949689267 @default.
- W3033454001 cites W2952399717 @default.
- W3033454001 cites W2954216922 @default.
- W3033454001 cites W2972543181 @default.
- W3033454001 cites W2982373888 @default.
- W3033454001 cites W3008327556 @default.
- W3033454001 cites W3010685959 @default.
- W3033454001 cites W3014302535 @default.
- W3033454001 doi "https://doi.org/10.1016/j.molliq.2020.113493" @default.
- W3033454001 hasPublicationYear "2020" @default.
- W3033454001 type Work @default.
- W3033454001 sameAs 3033454001 @default.
- W3033454001 citedByCount "90" @default.
- W3033454001 countsByYear W30334540012020 @default.
- W3033454001 countsByYear W30334540012021 @default.
- W3033454001 countsByYear W30334540012022 @default.
- W3033454001 countsByYear W30334540012023 @default.
- W3033454001 crossrefType "journal-article" @default.
- W3033454001 hasAuthorship W3033454001A5030752729 @default.
- W3033454001 hasAuthorship W3033454001A5033251135 @default.
- W3033454001 hasAuthorship W3033454001A5057249145 @default.
- W3033454001 hasAuthorship W3033454001A5065700679 @default.
- W3033454001 hasAuthorship W3033454001A5070640434 @default.
- W3033454001 hasAuthorship W3033454001A5083773595 @default.
- W3033454001 hasAuthorship W3033454001A5086663901 @default.
- W3033454001 hasAuthorship W3033454001A5090099156 @default.