FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3099579991> ?p ?o ?g. }

• W3099579991 abstract "Abstract In this study, an atmospheric‐pressure filamentary dielectric barrier discharge plasma is produced over a deionized (DI) water surface to study the physicochemical mechanisms of plasma–liquid surface interactions for NO x synthesis. The gas‐phase plasma diagnostics are performed using optical emission spectroscopy, Fourier‐transform infrared spectroscopy, and by recording voltage–current curves, and liquid‐phase species are analyzed using ion chromatography and UV−visible spectrophotometer. The investigations indicate that the reaction pathways for reactive oxygen and nitrogen species (H 2 O 2 , , ) formation in DI water depend on different experimental conditions. It is observed that the conversion of nitrites into nitrates is significantly influenced by reactive oxygen species. The energy yield for the total amount of NO x synthesized ranges from 1.3 × 10 −4 to 3.4 × 10 −3 mol/MJ." @default.
• W3099579991 created "2020-11-23" @default.
• W3099579991 creator A5000025096 @default.
• W3099579991 creator A5002790172 @default.
• W3099579991 creator A5016299802 @default.
• W3099579991 creator A5017050467 @default.
• W3099579991 creator A5072763991 @default.
• W3099579991 date "2020-11-20" @default.
• W3099579991 modified "2023-10-18" @default.
• W3099579991 title "NO _<i>x</i> synthesis by atmospheric‐pressure N ₂ /O ₂ filamentary DBD plasma over water: Physicochemical mechanisms of plasma–liquid interactions" @default.
• W3099579991 cites W1602789585 @default.
• W3099579991 cites W1708754953 @default.
• W3099579991 cites W1861182278 @default.
• W3099579991 cites W1956101812 @default.
• W3099579991 cites W1976433116 @default.
• W3099579991 cites W1993277854 @default.
• W3099579991 cites W1997892657 @default.
• W3099579991 cites W2003341714 @default.
• W3099579991 cites W2005315512 @default.
• W3099579991 cites W2013694115 @default.
• W3099579991 cites W2013803034 @default.
• W3099579991 cites W2016369798 @default.
• W3099579991 cites W2021510754 @default.
• W3099579991 cites W2025790688 @default.
• W3099579991 cites W2035616341 @default.
• W3099579991 cites W2037618560 @default.
• W3099579991 cites W2063070706 @default.
• W3099579991 cites W2065588344 @default.
• W3099579991 cites W2067853836 @default.
• W3099579991 cites W2074221833 @default.
• W3099579991 cites W2083148064 @default.
• W3099579991 cites W2084222099 @default.
• W3099579991 cites W2092284751 @default.
• W3099579991 cites W2102583473 @default.
• W3099579991 cites W2103659660 @default.
• W3099579991 cites W2123767109 @default.
• W3099579991 cites W2127129009 @default.
• W3099579991 cites W2128994535 @default.
• W3099579991 cites W2130000603 @default.
• W3099579991 cites W2130876358 @default.
• W3099579991 cites W2138285190 @default.
• W3099579991 cites W2140104693 @default.
• W3099579991 cites W2155408715 @default.
• W3099579991 cites W2169327432 @default.
• W3099579991 cites W2170320814 @default.
• W3099579991 cites W2179561538 @default.
• W3099579991 cites W2267458317 @default.
• W3099579991 cites W2292168319 @default.
• W3099579991 cites W2296619569 @default.
• W3099579991 cites W2308289005 @default.
• W3099579991 cites W2344734528 @default.
• W3099579991 cites W2471558319 @default.
• W3099579991 cites W2488528762 @default.
• W3099579991 cites W2583615263 @default.
• W3099579991 cites W2592943737 @default.
• W3099579991 cites W2596483707 @default.
• W3099579991 cites W2749170167 @default.
• W3099579991 cites W2765442106 @default.
• W3099579991 cites W2774851608 @default.
• W3099579991 cites W2781331412 @default.
• W3099579991 cites W2790495780 @default.
• W3099579991 cites W2792677643 @default.
• W3099579991 cites W2802908021 @default.
• W3099579991 cites W2803855040 @default.
• W3099579991 cites W2806837810 @default.
• W3099579991 cites W2891041336 @default.
• W3099579991 cites W2891965444 @default.
• W3099579991 cites W2896797685 @default.
• W3099579991 cites W2902245050 @default.
• W3099579991 cites W2908242239 @default.
• W3099579991 cites W2908514581 @default.
• W3099579991 cites W2933260501 @default.
• W3099579991 cites W2933341108 @default.
• W3099579991 cites W2946923231 @default.
• W3099579991 cites W2953184842 @default.
• W3099579991 cites W2959336215 @default.
• W3099579991 cites W2970410717 @default.
• W3099579991 cites W2972662626 @default.
• W3099579991 cites W3004840620 @default.
• W3099579991 cites W3015821755 @default.
• W3099579991 cites W3021182756 @default.
• W3099579991 cites W3101089355 @default.
• W3099579991 cites W3104280202 @default.
• W3099579991 cites W3104363918 @default.
• W3099579991 cites W4245104830 @default.
• W3099579991 cites W4292893199 @default.
• W3099579991 doi "https://doi.org/10.1002/ppap.202000087" @default.
• W3099579991 hasPublicationYear "2020" @default.
• W3099579991 type Work @default.
• W3099579991 sameAs 3099579991 @default.
• W3099579991 citedByCount "18" @default.
• W3099579991 countsByYear W30995799912021 @default.
• W3099579991 countsByYear W30995799912022 @default.
• W3099579991 countsByYear W30995799912023 @default.
• W3099579991 crossrefType "journal-article" @default.
• W3099579991 hasAuthorship W3099579991A5000025096 @default.
• W3099579991 hasAuthorship W3099579991A5002790172 @default.
• W3099579991 hasAuthorship W3099579991A5016299802 @default.
• W3099579991 hasAuthorship W3099579991A5017050467 @default.
• W3099579991 hasAuthorship W3099579991A5072763991 @default.

• next