Matches in SemOpenAlex for { <https://semopenalex.org/work/W4381618727> ?p ?o ?g. }
- W4381618727 endingPage "129736" @default.
- W4381618727 startingPage "129736" @default.
- W4381618727 abstract "Iron and its alloys have applications in diverse fields such as civil infrastructure, aerospace, and defense. Corrosion of these alloys in saline environments is a significant concern that causes huge environmental losses. The current study explores pulsed laser deposition technique to synthesize hexagonal boron nitride (hBN) films as protective coatings, directly on iron (Fe), to mitigate the corrosion. Microstructural, mechanical, wetting, and corrosion properties of hBN-coated Fe substrates were investigated at different deposition temperatures (25–800 °C) and varying thicknesses (35–115 nm). Raman spectra and transmission electron microscopy confirmed the presence of hBN in as-deposited films. Crystallinity and surface roughness of hBN coatings increased as deposition temperature increased. Electrochemical studies performed in 3.5 wt% NaCl solution showed that the 115 nm thick hBN coatings deposited at 600 °C resulted in lower corrosion rates and has ~6-fold higher corrosion resistance than bare Fe. Also, the corrosion rates decreased with an increase in hBN coating thickness. Overall results suggest that hBN nanocoatings reduced the corrosion activity and can potentially serve as a corrosion-resistant barrier coatings in saline environments." @default.
- W4381618727 created "2023-06-23" @default.
- W4381618727 creator A5031517368 @default.
- W4381618727 creator A5036827105 @default.
- W4381618727 creator A5050205984 @default.
- W4381618727 creator A5084602918 @default.
- W4381618727 date "2023-09-01" @default.
- W4381618727 modified "2023-10-16" @default.
- W4381618727 title "Synthesis of hexagonal boron nitride nanocoatings for corrosion prevention of iron substrates" @default.
- W4381618727 cites W159517764 @default.
- W4381618727 cites W1939885403 @default.
- W4381618727 cites W1966575824 @default.
- W4381618727 cites W1968523049 @default.
- W4381618727 cites W1971454708 @default.
- W4381618727 cites W1975140804 @default.
- W4381618727 cites W1977590679 @default.
- W4381618727 cites W1978286649 @default.
- W4381618727 cites W1981053966 @default.
- W4381618727 cites W1986766122 @default.
- W4381618727 cites W1987045403 @default.
- W4381618727 cites W1998584314 @default.
- W4381618727 cites W2001845245 @default.
- W4381618727 cites W2008425597 @default.
- W4381618727 cites W2012793247 @default.
- W4381618727 cites W2023681122 @default.
- W4381618727 cites W2026893996 @default.
- W4381618727 cites W2028448382 @default.
- W4381618727 cites W2040477247 @default.
- W4381618727 cites W2040685078 @default.
- W4381618727 cites W2045457320 @default.
- W4381618727 cites W2048837015 @default.
- W4381618727 cites W2049352859 @default.
- W4381618727 cites W2059425054 @default.
- W4381618727 cites W2063275837 @default.
- W4381618727 cites W2068311004 @default.
- W4381618727 cites W2074874098 @default.
- W4381618727 cites W2079186755 @default.
- W4381618727 cites W2079661071 @default.
- W4381618727 cites W2080456113 @default.
- W4381618727 cites W2084618230 @default.
- W4381618727 cites W2086933933 @default.
- W4381618727 cites W2088034301 @default.
- W4381618727 cites W2090605043 @default.
- W4381618727 cites W2096751686 @default.
- W4381618727 cites W2102220765 @default.
- W4381618727 cites W2109038611 @default.
- W4381618727 cites W2124217397 @default.
- W4381618727 cites W2145686973 @default.
- W4381618727 cites W2170539287 @default.
- W4381618727 cites W2170776011 @default.
- W4381618727 cites W2276504889 @default.
- W4381618727 cites W2290188025 @default.
- W4381618727 cites W2312328916 @default.
- W4381618727 cites W2312761211 @default.
- W4381618727 cites W2328414150 @default.
- W4381618727 cites W2334892547 @default.
- W4381618727 cites W2472030223 @default.
- W4381618727 cites W2519415157 @default.
- W4381618727 cites W2563944461 @default.
- W4381618727 cites W2588981081 @default.
- W4381618727 cites W2592411728 @default.
- W4381618727 cites W2610822367 @default.
- W4381618727 cites W2614856649 @default.
- W4381618727 cites W2742595392 @default.
- W4381618727 cites W2761798865 @default.
- W4381618727 cites W2763728189 @default.
- W4381618727 cites W2765508285 @default.
- W4381618727 cites W2787739991 @default.
- W4381618727 cites W2790906769 @default.
- W4381618727 cites W2794436474 @default.
- W4381618727 cites W2887176500 @default.
- W4381618727 cites W2889676416 @default.
- W4381618727 cites W2898873268 @default.
- W4381618727 cites W2913530071 @default.
- W4381618727 cites W2963671764 @default.
- W4381618727 cites W2997033030 @default.
- W4381618727 cites W2998655753 @default.
- W4381618727 cites W3004851320 @default.
- W4381618727 cites W3007220390 @default.
- W4381618727 cites W3081916456 @default.
- W4381618727 cites W3082001564 @default.
- W4381618727 cites W3089055664 @default.
- W4381618727 cites W3094542389 @default.
- W4381618727 cites W3118867749 @default.
- W4381618727 cites W3119475392 @default.
- W4381618727 cites W3128338227 @default.
- W4381618727 cites W3169687064 @default.
- W4381618727 cites W3187691206 @default.
- W4381618727 cites W3209324570 @default.
- W4381618727 cites W4286560463 @default.
- W4381618727 cites W4292541871 @default.
- W4381618727 doi "https://doi.org/10.1016/j.surfcoat.2023.129736" @default.
- W4381618727 hasPublicationYear "2023" @default.
- W4381618727 type Work @default.
- W4381618727 citedByCount "0" @default.
- W4381618727 crossrefType "journal-article" @default.
- W4381618727 hasAuthorship W4381618727A5031517368 @default.
- W4381618727 hasAuthorship W4381618727A5036827105 @default.