FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1978202222> ?p ?o ?g. }

• W1978202222 endingPage "102" @default.
• W1978202222 startingPage "92" @default.
• W1978202222 abstract "High temperature oxidation is one of the main failure modes of the hot-section components in gas turbines, boilers, waste incinerations, diesel engines, coal gasification plants, chemical plants and other energy generation systems. In such applications the use of Fe-, Ni- and Co-based alloys, especially of superalloys is well known. The superior mechanical strength and good corrosion resistance of the superalloys at high temperature make them favorites for such applications. However, the presence of combustion gases constitutes an extreme environment and hot corrosion is inevitable when superalloys are used at high temperatures for long durations of time. Therefore these alloys need to be protected against this type of oxidation. Several countermeasures have been suggested in the literature to combat the same. One such countermeasure against hot corrosion and oxidation constitutes the deposition of protective coatings on these alloys. Among the various techniques used for deposition of coatings, plasma spraying is a versatile technology that has been successful as a reliable cost-effective solution for many industrial problems. It allows the spraying of a wide range of high performance materials from superalloys and refractory intermetallic compounds to ceramics with continuously increasing commercial applications. Furthermore it does not cause deterioration of the substrate alloys, and relatively thick coatings can be formed with high deposition rates. In this paper the technique of plasma spraying has been detailed and the role of plasma sprayed coatings to arrest high temperature oxidation has been discussed with the help of a comprehensive literature survey. The main focus of this investigation is the studies related to plasma sprayed NiCrAlY, Ni-Cr, Nickel aluminide and Co-based coatings." @default.
• W1978202222 created "2016-06-24" @default.
• W1978202222 creator A5028545223 @default.
• W1978202222 creator A5047484341 @default.
• W1978202222 creator A5050744553 @default.
• W1978202222 creator A5087428082 @default.
• W1978202222 date "2007-02-01" @default.
• W1978202222 modified "2023-10-16" @default.
• W1978202222 title "Use of plasma spray technology for deposition of high temperature oxidation/corrosion resistant coatings – a review" @default.
• W1978202222 cites W157944076 @default.
• W1978202222 cites W1850836452 @default.
• W1978202222 cites W195386703 @default.
• W1978202222 cites W1963828371 @default.
• W1978202222 cites W1965405899 @default.
• W1978202222 cites W1976686108 @default.
• W1978202222 cites W1979290397 @default.
• W1978202222 cites W1979820707 @default.
• W1978202222 cites W1982066467 @default.
• W1978202222 cites W1982750359 @default.
• W1978202222 cites W1984359804 @default.
• W1978202222 cites W1987671731 @default.
• W1978202222 cites W1995993844 @default.
• W1978202222 cites W2001608475 @default.
• W1978202222 cites W2001812089 @default.
• W1978202222 cites W2005817458 @default.
• W1978202222 cites W2007718660 @default.
• W1978202222 cites W2008184141 @default.
• W1978202222 cites W2012343126 @default.
• W1978202222 cites W2013095243 @default.
• W1978202222 cites W2013285821 @default.
• W1978202222 cites W2014515347 @default.
• W1978202222 cites W2020524944 @default.
• W1978202222 cites W2026353371 @default.
• W1978202222 cites W2027002663 @default.
• W1978202222 cites W2028731633 @default.
• W1978202222 cites W2031523609 @default.
• W1978202222 cites W2031904159 @default.
• W1978202222 cites W2033544111 @default.
• W1978202222 cites W2037508903 @default.
• W1978202222 cites W2038437943 @default.
• W1978202222 cites W2045348112 @default.
• W1978202222 cites W2045870966 @default.
• W1978202222 cites W2047070837 @default.
• W1978202222 cites W2047206493 @default.
• W1978202222 cites W2050918064 @default.
• W1978202222 cites W2054599108 @default.
• W1978202222 cites W2060837241 @default.
• W1978202222 cites W2063387218 @default.
• W1978202222 cites W2071114444 @default.
• W1978202222 cites W2077529969 @default.
• W1978202222 cites W2078859143 @default.
• W1978202222 cites W2079039478 @default.
• W1978202222 cites W2079203941 @default.
• W1978202222 cites W2080742148 @default.
• W1978202222 cites W2082972042 @default.
• W1978202222 cites W2092752360 @default.
• W1978202222 cites W2095793953 @default.
• W1978202222 cites W2127055445 @default.
• W1978202222 cites W2135270627 @default.
• W1978202222 cites W2317345661 @default.
• W1978202222 cites W2324760338 @default.
• W1978202222 cites W2497876824 @default.
• W1978202222 cites W2505250460 @default.
• W1978202222 cites W2508054957 @default.
• W1978202222 cites W2917599337 @default.
• W1978202222 cites W2951898210 @default.
• W1978202222 cites W4253311374 @default.
• W1978202222 cites W4253438670 @default.
• W1978202222 cites W4295206005 @default.
• W1978202222 cites W4302810862 @default.
• W1978202222 cites W580288301 @default.
• W1978202222 doi "https://doi.org/10.1002/maco.200603985" @default.
• W1978202222 hasPublicationYear "2007" @default.
• W1978202222 type Work @default.
• W1978202222 sameAs 1978202222 @default.
• W1978202222 citedByCount "99" @default.
• W1978202222 countsByYear W19782022222012 @default.
• W1978202222 countsByYear W19782022222013 @default.
• W1978202222 countsByYear W19782022222014 @default.
• W1978202222 countsByYear W19782022222015 @default.
• W1978202222 countsByYear W19782022222016 @default.
• W1978202222 countsByYear W19782022222017 @default.
• W1978202222 countsByYear W19782022222018 @default.
• W1978202222 countsByYear W19782022222019 @default.
• W1978202222 countsByYear W19782022222020 @default.
• W1978202222 countsByYear W19782022222021 @default.
• W1978202222 countsByYear W19782022222022 @default.
• W1978202222 countsByYear W19782022222023 @default.
• W1978202222 crossrefType "journal-article" @default.
• W1978202222 hasAuthorship W1978202222A5028545223 @default.
• W1978202222 hasAuthorship W1978202222A5047484341 @default.
• W1978202222 hasAuthorship W1978202222A5050744553 @default.
• W1978202222 hasAuthorship W1978202222A5087428082 @default.
• W1978202222 hasConcept C121332964 @default.
• W1978202222 hasConcept C127313418 @default.
• W1978202222 hasConcept C127413603 @default.
• W1978202222 hasConcept C149669645 @default.
• W1978202222 hasConcept C151730666 @default.

• next