Matches in SemOpenAlex for { <https://semopenalex.org/work/W4320483402> ?p ?o ?g. }
- W4320483402 endingPage "10678" @default.
- W4320483402 startingPage "10670" @default.
- W4320483402 abstract "Parallel to CO2 emission, NOx emission has become one of the menacing problems that seek a simple, durable, and high-efficiency deNOx catalyst. Herein, we demonstrated simple syntheses of platinum group metal nanoparticle-decorated f-BNNT (PGM = Pd, Pt, and Rh, and f-BNNT stands for −OH-functionalized boron nitride nanotubes) as a catalyst for efficient and selective reduction of NO by CO at low-temperature conditions. PGM/f-BNNT with a low amount of noble metal nanoparticles (0.7–0.8 wt %) presents very efficient catalytic activity for NO reduction as well as CO oxidation during their removal process. The removal efficiencies of NO and CO with Pd/f-BNNT, Pt/f-BNNT, and Rh/f-BNNT catalysts were investigated under various temperatures, flow rates, and reaction times, respectively. For most cases, NO catalytic reduction with CO reaction was >99% at a temperature as low as ∼200 °C. The catalyst robustness and efficiency were also verified by presenting almost 100% conversion of NO using a Rh/f-BNNT catalyst, which was aged under humid air at 600 and 700 °C for 24 h, respectively. The synergic effect of the catalytic efficacy of the well-dispersed noble metal nanoparticles and the excellent surface properties of BNNT are reasons for the high selectivity and catalytic property at a low temperature. On the basis of this investigation, we demonstrated that the noble metal nanoparticle-decorated f-BNNT catalysts are possible to save expensive PGM catalysts, such as Pt, Pd, and Rd, as much as 100 times while presenting similar or better catalytic performance for simultaneous NO and CO removals." @default.
- W4320483402 created "2023-02-14" @default.
- W4320483402 creator A5003447621 @default.
- W4320483402 creator A5013851036 @default.
- W4320483402 creator A5032926630 @default.
- W4320483402 creator A5065038094 @default.
- W4320483402 creator A5070096761 @default.
- W4320483402 creator A5072645451 @default.
- W4320483402 creator A5073798396 @default.
- W4320483402 date "2023-02-13" @default.
- W4320483402 modified "2023-09-28" @default.
- W4320483402 title "Noble Metal Nanoparticles Decorated Boron Nitride Nanotubes for Efficient and Selective Low-Temperature Catalytic Reduction of Nitric Oxide with Carbon Monoxide" @default.
- W4320483402 cites W1838859060 @default.
- W4320483402 cites W1976991938 @default.
- W4320483402 cites W1978671330 @default.
- W4320483402 cites W1984649948 @default.
- W4320483402 cites W1985607734 @default.
- W4320483402 cites W1989540084 @default.
- W4320483402 cites W1993207925 @default.
- W4320483402 cites W2000597336 @default.
- W4320483402 cites W2006497419 @default.
- W4320483402 cites W2010263867 @default.
- W4320483402 cites W2013670729 @default.
- W4320483402 cites W2014821891 @default.
- W4320483402 cites W2014898411 @default.
- W4320483402 cites W2016366655 @default.
- W4320483402 cites W2049197804 @default.
- W4320483402 cites W2053824019 @default.
- W4320483402 cites W2066580374 @default.
- W4320483402 cites W2071560601 @default.
- W4320483402 cites W2085684222 @default.
- W4320483402 cites W2090377362 @default.
- W4320483402 cites W2090967199 @default.
- W4320483402 cites W2094540339 @default.
- W4320483402 cites W2125281594 @default.
- W4320483402 cites W2131090849 @default.
- W4320483402 cites W2145586459 @default.
- W4320483402 cites W2146637427 @default.
- W4320483402 cites W2151747661 @default.
- W4320483402 cites W2154653656 @default.
- W4320483402 cites W2161329382 @default.
- W4320483402 cites W2284797707 @default.
- W4320483402 cites W2318521787 @default.
- W4320483402 cites W2334772894 @default.
- W4320483402 cites W2463482164 @default.
- W4320483402 cites W2563745658 @default.
- W4320483402 cites W2588485519 @default.
- W4320483402 cites W2589243841 @default.
- W4320483402 cites W2609538777 @default.
- W4320483402 cites W2622536066 @default.
- W4320483402 cites W2766864457 @default.
- W4320483402 cites W2791613369 @default.
- W4320483402 cites W2793492423 @default.
- W4320483402 cites W2795244343 @default.
- W4320483402 cites W2799534379 @default.
- W4320483402 cites W2806670518 @default.
- W4320483402 cites W2884119829 @default.
- W4320483402 cites W2889006661 @default.
- W4320483402 cites W2912021591 @default.
- W4320483402 cites W2919562227 @default.
- W4320483402 cites W2980272556 @default.
- W4320483402 cites W2981886173 @default.
- W4320483402 cites W2982297760 @default.
- W4320483402 cites W2985601997 @default.
- W4320483402 cites W2989415888 @default.
- W4320483402 cites W2998796644 @default.
- W4320483402 cites W3011201532 @default.
- W4320483402 cites W3046353221 @default.
- W4320483402 cites W3082534668 @default.
- W4320483402 cites W3084887375 @default.
- W4320483402 cites W3089626100 @default.
- W4320483402 cites W3104647320 @default.
- W4320483402 cites W3109606490 @default.
- W4320483402 cites W3114971384 @default.
- W4320483402 cites W3136588931 @default.
- W4320483402 cites W3157743795 @default.
- W4320483402 cites W3197377221 @default.
- W4320483402 cites W3206814881 @default.
- W4320483402 cites W3216074916 @default.
- W4320483402 cites W4200197480 @default.
- W4320483402 cites W4206969253 @default.
- W4320483402 cites W4293462511 @default.
- W4320483402 doi "https://doi.org/10.1021/acsami.2c20985" @default.
- W4320483402 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36780665" @default.
- W4320483402 hasPublicationYear "2023" @default.
- W4320483402 type Work @default.
- W4320483402 citedByCount "3" @default.
- W4320483402 countsByYear W43204834022023 @default.
- W4320483402 crossrefType "journal-article" @default.
- W4320483402 hasAuthorship W4320483402A5003447621 @default.
- W4320483402 hasAuthorship W4320483402A5013851036 @default.
- W4320483402 hasAuthorship W4320483402A5032926630 @default.
- W4320483402 hasAuthorship W4320483402A5065038094 @default.
- W4320483402 hasAuthorship W4320483402A5070096761 @default.
- W4320483402 hasAuthorship W4320483402A5072645451 @default.
- W4320483402 hasAuthorship W4320483402A5073798396 @default.
- W4320483402 hasConcept C105923489 @default.
- W4320483402 hasConcept C118792377 @default.