FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4361247764> ?p ?o ?g. }

• W4361247764 endingPage "100909" @default.
• W4361247764 startingPage "100909" @default.
• W4361247764 abstract "Data from experiments and molecular computation were used to evaluate azithromycin as a safe and innocuous corrosion retardant for mild steel in acidic environments. Hydrogen evolution experiments were conducted between 303 and 333 K with and without azithromycin in hydrochloric acid solution. SEM photos and the results of hydrogen evolution demonstrate that azithromycin suppresses steel corrosion in an acidic environment. The inhibition efficiency (IE%) of azithromycin increases with the rise in concentration and the drop in temperature. The maximum IE% (81.36%) was obtained at 800 mg/L of azithromycin at 303 K. The corrosion reaction rates could be described with a first-order rate law. The range of thermodynamic parameters obtained from 303 K to 333 K for entropy (−181.2 to −91.9 J/mol), enthalpy (18.6 to 50.1 kJ/mol), and activation energy (21.2 to 52.7 kJ/mol) indicate the corrosion is spontaneous and endothermic. The results of the experiment agreed with the Langmuir model for adsorption, and physisorption is postulated for the adsorption of azithromycin on mild steel based on the ΔG values (−12.0 to −2.8 kJ/mol) which were below −20 kJ/mol. According to computational details, oxygen hetero atoms with relatively very large Mulliken charges are the most susceptible active locations for adsorption of Azithromycin on the metal surface." @default.
• W4361247764 created "2023-03-31" @default.
• W4361247764 creator A5001477902 @default.
• W4361247764 creator A5010865466 @default.
• W4361247764 creator A5022416950 @default.
• W4361247764 creator A5028280210 @default.
• W4361247764 creator A5038946750 @default.
• W4361247764 creator A5040593622 @default.
• W4361247764 creator A5042439517 @default.
• W4361247764 creator A5051026985 @default.
• W4361247764 creator A5063009075 @default.
• W4361247764 creator A5068160428 @default.
• W4361247764 creator A5076755572 @default.
• W4361247764 creator A5085325618 @default.
• W4361247764 creator A5086604486 @default.
• W4361247764 date "2023-01-01" @default.
• W4361247764 modified "2023-10-15" @default.
• W4361247764 title "Kinetic and thermodynamic evaluation of azithromycin as a green corrosion inhibitor during acid cleaning process of mild steel using an experimental and theoretical approach" @default.
• W4361247764 cites W1782940524 @default.
• W4361247764 cites W1981021113 @default.
• W4361247764 cites W1996179366 @default.
• W4361247764 cites W2016110944 @default.
• W4361247764 cites W2016283787 @default.
• W4361247764 cites W2022029799 @default.
• W4361247764 cites W2022089444 @default.
• W4361247764 cites W2051385162 @default.
• W4361247764 cites W2078364992 @default.
• W4361247764 cites W2084185595 @default.
• W4361247764 cites W2186636782 @default.
• W4361247764 cites W2206947628 @default.
• W4361247764 cites W2321045478 @default.
• W4361247764 cites W2398913338 @default.
• W4361247764 cites W2605156297 @default.
• W4361247764 cites W2609433763 @default.
• W4361247764 cites W2624511187 @default.
• W4361247764 cites W2748572997 @default.
• W4361247764 cites W2754829436 @default.
• W4361247764 cites W2755944497 @default.
• W4361247764 cites W2802230710 @default.
• W4361247764 cites W2803423964 @default.
• W4361247764 cites W2886998025 @default.
• W4361247764 cites W2913867860 @default.
• W4361247764 cites W2918831102 @default.
• W4361247764 cites W2952116236 @default.
• W4361247764 cites W2975672842 @default.
• W4361247764 cites W2991230536 @default.
• W4361247764 cites W3003649943 @default.
• W4361247764 cites W3016253839 @default.
• W4361247764 cites W3082253858 @default.
• W4361247764 cites W3094378475 @default.
• W4361247764 cites W3128466650 @default.
• W4361247764 cites W3137859714 @default.
• W4361247764 cites W3211078271 @default.
• W4361247764 cites W4200485745 @default.
• W4361247764 cites W4210872672 @default.
• W4361247764 cites W4220775117 @default.
• W4361247764 cites W4225556905 @default.
• W4361247764 cites W4285585335 @default.
• W4361247764 cites W4293192101 @default.
• W4361247764 cites W4294691999 @default.
• W4361247764 cites W4297372975 @default.
• W4361247764 cites W4303628122 @default.
• W4361247764 cites W4313611757 @default.
• W4361247764 cites W4382023435 @default.
• W4361247764 cites W4382393977 @default.
• W4361247764 cites W4382398234 @default.
• W4361247764 cites W4382584697 @default.
• W4361247764 doi "https://doi.org/10.1016/j.rechem.2023.100909" @default.
• W4361247764 hasPublicationYear "2023" @default.
• W4361247764 type Work @default.
• W4361247764 citedByCount "5" @default.
• W4361247764 countsByYear W43612477642023 @default.
• W4361247764 crossrefType "journal-article" @default.
• W4361247764 hasAuthorship W4361247764A5001477902 @default.
• W4361247764 hasAuthorship W4361247764A5010865466 @default.
• W4361247764 hasAuthorship W4361247764A5022416950 @default.
• W4361247764 hasAuthorship W4361247764A5028280210 @default.
• W4361247764 hasAuthorship W4361247764A5038946750 @default.
• W4361247764 hasAuthorship W4361247764A5040593622 @default.
• W4361247764 hasAuthorship W4361247764A5042439517 @default.
• W4361247764 hasAuthorship W4361247764A5051026985 @default.
• W4361247764 hasAuthorship W4361247764A5063009075 @default.
• W4361247764 hasAuthorship W4361247764A5068160428 @default.
• W4361247764 hasAuthorship W4361247764A5076755572 @default.
• W4361247764 hasAuthorship W4361247764A5085325618 @default.
• W4361247764 hasAuthorship W4361247764A5086604486 @default.
• W4361247764 hasBestOaLocation W43612477641 @default.
• W4361247764 hasConcept C121332964 @default.
• W4361247764 hasConcept C12143843 @default.
• W4361247764 hasConcept C147789679 @default.
• W4361247764 hasConcept C150394285 @default.
• W4361247764 hasConcept C178790620 @default.
• W4361247764 hasConcept C179104552 @default.
• W4361247764 hasConcept C185592680 @default.
• W4361247764 hasConcept C20625102 @default.
• W4361247764 hasConcept C20976626 @default.
• W4361247764 hasConcept C2777436746 @default.
• W4361247764 hasConcept C2780050857 @default.

• next