FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3049523423> ?p ?o ?g. }

• W3049523423 endingPage "2001503" @default.
• W3049523423 startingPage "2001503" @default.
• W3049523423 abstract "Acetone is a toxic air pollutant and a key breath marker for non-invasively monitoring fat metabolism. Its routine detection in realistic gas mixtures (i.e., human breath and indoor air), however, is challenging, as low-cost acetone sensors suffer from insufficient selectivity. Here, a compact detector for acetone sensing is introduced, having unprecedented selectivity (>250) over the most challenging interferants (e.g., alcohols, aldehydes, aromatics, isoprene, ammonia, H2, and CO). That way, acetone is quantified with fast response (<1 min) down to, at least, 50 parts per billion (ppb) in gas mixtures with such interferants having up to two orders of magnitude higher concentration than acetone at realistic relative humidities (RH = 30-90%). The detector consists of a catalytic packed bed (30 mg) of flame-made Al2O3 nanoparticles (120 m2 g-1) decorated with Pt nanoclusters (average size 9 nm) and a highly sensitive chemo-resistive sensor made by flame aerosol deposition and in situ annealing of nanostructured Si-doped ε-WO3 (Si/WO3). Most importantly, the catalytic packed bed converts interferants continuously enabling highly selective acetone sensing even in the exhaled breath of a volunteer. The detector exhibits stable performance over, at least, 145 days at 90% RH, as validated by mass spectrometry." @default.
• W3049523423 created "2020-08-21" @default.
• W3049523423 creator A5002304047 @default.
• W3049523423 creator A5005290911 @default.
• W3049523423 creator A5013336575 @default.
• W3049523423 creator A5049470267 @default.
• W3049523423 creator A5063774939 @default.
• W3049523423 date "2020-08-16" @default.
• W3049523423 modified "2023-10-12" @default.
• W3049523423 title "Superior Acetone Selectivity in Gas Mixtures by Catalyst‐Filtered Chemoresistive Sensors" @default.
• W3049523423 cites W1907388023 @default.
• W3049523423 cites W1909287425 @default.
• W3049523423 cites W1965495508 @default.
• W3049523423 cites W1965961846 @default.
• W3049523423 cites W1967103726 @default.
• W3049523423 cites W1967698327 @default.
• W3049523423 cites W1971416316 @default.
• W3049523423 cites W1977324745 @default.
• W3049523423 cites W1979241023 @default.
• W3049523423 cites W1983038720 @default.
• W3049523423 cites W1991358606 @default.
• W3049523423 cites W1999282157 @default.
• W3049523423 cites W1999421326 @default.
• W3049523423 cites W2001412961 @default.
• W3049523423 cites W2003220706 @default.
• W3049523423 cites W2004479651 @default.
• W3049523423 cites W2010171592 @default.
• W3049523423 cites W2014003601 @default.
• W3049523423 cites W2023163709 @default.
• W3049523423 cites W2023625938 @default.
• W3049523423 cites W2028742684 @default.
• W3049523423 cites W2031842885 @default.
• W3049523423 cites W2048397371 @default.
• W3049523423 cites W2050520124 @default.
• W3049523423 cites W2059503938 @default.
• W3049523423 cites W2063509159 @default.
• W3049523423 cites W2064102537 @default.
• W3049523423 cites W2065115915 @default.
• W3049523423 cites W2069149636 @default.
• W3049523423 cites W2069329329 @default.
• W3049523423 cites W2070753190 @default.
• W3049523423 cites W2071124979 @default.
• W3049523423 cites W2071837299 @default.
• W3049523423 cites W2077409846 @default.
• W3049523423 cites W2079094579 @default.
• W3049523423 cites W2082182026 @default.
• W3049523423 cites W2091134412 @default.
• W3049523423 cites W2102810061 @default.
• W3049523423 cites W2111152805 @default.
• W3049523423 cites W2118324284 @default.
• W3049523423 cites W2122315757 @default.
• W3049523423 cites W2133315298 @default.
• W3049523423 cites W2140933253 @default.
• W3049523423 cites W2157513813 @default.
• W3049523423 cites W2234269961 @default.
• W3049523423 cites W2326237320 @default.
• W3049523423 cites W2329751486 @default.
• W3049523423 cites W2461932863 @default.
• W3049523423 cites W2553079167 @default.
• W3049523423 cites W2563624639 @default.
• W3049523423 cites W2589087947 @default.
• W3049523423 cites W2626217707 @default.
• W3049523423 cites W2756253007 @default.
• W3049523423 cites W2767968743 @default.
• W3049523423 cites W2782631135 @default.
• W3049523423 cites W2785946791 @default.
• W3049523423 cites W2794728477 @default.
• W3049523423 cites W2797555838 @default.
• W3049523423 cites W2883074390 @default.
• W3049523423 cites W2884181583 @default.
• W3049523423 cites W2885496235 @default.
• W3049523423 cites W2899217552 @default.
• W3049523423 cites W2902904369 @default.
• W3049523423 cites W2910800791 @default.
• W3049523423 cites W2922605729 @default.
• W3049523423 cites W2972914121 @default.
• W3049523423 cites W2973754009 @default.
• W3049523423 cites W2995501711 @default.
• W3049523423 cites W3008356783 @default.
• W3049523423 cites W3008357404 @default.
• W3049523423 cites W3011813117 @default.
• W3049523423 cites W3035369177 @default.
• W3049523423 cites W3100339243 @default.
• W3049523423 doi "https://doi.org/10.1002/advs.202001503" @default.
• W3049523423 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7539217" @default.
• W3049523423 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33042762" @default.
• W3049523423 hasPublicationYear "2020" @default.
• W3049523423 type Work @default.
• W3049523423 sameAs 3049523423 @default.
• W3049523423 citedByCount "48" @default.
• W3049523423 countsByYear W30495234232020 @default.
• W3049523423 countsByYear W30495234232021 @default.
• W3049523423 countsByYear W30495234232022 @default.
• W3049523423 countsByYear W30495234232023 @default.
• W3049523423 crossrefType "journal-article" @default.
• W3049523423 hasAuthorship W3049523423A5002304047 @default.
• W3049523423 hasAuthorship W3049523423A5005290911 @default.
• W3049523423 hasAuthorship W3049523423A5013336575 @default.

• next