Matches in SemOpenAlex for { <https://semopenalex.org/work/W3093330176> ?p ?o ?g. }
- W3093330176 endingPage "108130" @default.
- W3093330176 startingPage "108130" @default.
- W3093330176 abstract "Microwave-assisted hydrogen production via non-oxidative ethane dehydrogenation was investigated over five different carbon samples: graphite (Graphite), graphite extra pure (Graphite-ex), reduced graphene oxide (RGO), carbon nanofiber (Cnano) and mesoporous carbon (mesoC). Hard-templating method was used to prepare CMK-8 type mesoC sample. Thermal reduction was applied to the graphene oxide sample prepared by Modified Hummers' method to obtain RGO sample. The mesoC sample was found to have the highest surface area (1098 m2/g) and pore volume (0.907 cm3/g) among the samples studied. The catalytic activities of the carbon samples were investigated in a microwave-heated continuous-flow reactor system at 450 °C using a feed ratio of Ethane/Argon: 1/2 with a gas hourly space velocity (GHSV) of 18,000 mL/h.gcat. The mesoC sample exhibited higher ethane conversion (45.9%) and H2 selectivity (0.95) and the activity results confirmed that the pore properties were more effective on ethane dehydrogenation. The high catalytic activity was attributed to the microwave-assisted heating system." @default.
- W3093330176 created "2020-10-22" @default.
- W3093330176 creator A5075063169 @default.
- W3093330176 date "2020-12-01" @default.
- W3093330176 modified "2023-09-23" @default.
- W3093330176 title "Microwave-assisted non-oxidative ethane dehydrogenation over different carbon materials" @default.
- W3093330176 cites W1527889695 @default.
- W3093330176 cites W1535604098 @default.
- W3093330176 cites W1892542075 @default.
- W3093330176 cites W1981475035 @default.
- W3093330176 cites W1988948818 @default.
- W3093330176 cites W1995921198 @default.
- W3093330176 cites W2000282662 @default.
- W3093330176 cites W2004056927 @default.
- W3093330176 cites W2004143456 @default.
- W3093330176 cites W2010842291 @default.
- W3093330176 cites W2027780713 @default.
- W3093330176 cites W2032723861 @default.
- W3093330176 cites W2046300598 @default.
- W3093330176 cites W2049397473 @default.
- W3093330176 cites W2057414180 @default.
- W3093330176 cites W2061107822 @default.
- W3093330176 cites W2073361599 @default.
- W3093330176 cites W2074180246 @default.
- W3093330176 cites W2088370071 @default.
- W3093330176 cites W2104018329 @default.
- W3093330176 cites W2122056134 @default.
- W3093330176 cites W2135279052 @default.
- W3093330176 cites W2291688091 @default.
- W3093330176 cites W2291938300 @default.
- W3093330176 cites W2307884575 @default.
- W3093330176 cites W2334944576 @default.
- W3093330176 cites W2335947199 @default.
- W3093330176 cites W2406759725 @default.
- W3093330176 cites W2504187777 @default.
- W3093330176 cites W2526619854 @default.
- W3093330176 cites W2538381978 @default.
- W3093330176 cites W2561880396 @default.
- W3093330176 cites W2590162764 @default.
- W3093330176 cites W2606489471 @default.
- W3093330176 cites W2611393006 @default.
- W3093330176 cites W2617490658 @default.
- W3093330176 cites W2620207143 @default.
- W3093330176 cites W2728303190 @default.
- W3093330176 cites W2729048146 @default.
- W3093330176 cites W2734376839 @default.
- W3093330176 cites W2752009587 @default.
- W3093330176 cites W2761742566 @default.
- W3093330176 cites W2769402684 @default.
- W3093330176 cites W2777638426 @default.
- W3093330176 cites W2787748576 @default.
- W3093330176 cites W2790015178 @default.
- W3093330176 cites W2790178320 @default.
- W3093330176 cites W2791152452 @default.
- W3093330176 cites W2792942343 @default.
- W3093330176 cites W2801902623 @default.
- W3093330176 cites W2883116600 @default.
- W3093330176 cites W2884272379 @default.
- W3093330176 cites W2887688772 @default.
- W3093330176 cites W2893275047 @default.
- W3093330176 cites W2893323082 @default.
- W3093330176 cites W2897355353 @default.
- W3093330176 cites W2903172409 @default.
- W3093330176 cites W2904026139 @default.
- W3093330176 cites W2917906563 @default.
- W3093330176 cites W2928147703 @default.
- W3093330176 cites W2942318130 @default.
- W3093330176 cites W2948272976 @default.
- W3093330176 cites W2949699579 @default.
- W3093330176 cites W2963096779 @default.
- W3093330176 cites W2985206552 @default.
- W3093330176 cites W2990114885 @default.
- W3093330176 cites W2999704684 @default.
- W3093330176 cites W3010407401 @default.
- W3093330176 cites W3022451989 @default.
- W3093330176 cites W3033135488 @default.
- W3093330176 cites W3046201181 @default.
- W3093330176 cites W4376849579 @default.
- W3093330176 cites W843007777 @default.
- W3093330176 doi "https://doi.org/10.1016/j.diamond.2020.108130" @default.
- W3093330176 hasPublicationYear "2020" @default.
- W3093330176 type Work @default.
- W3093330176 sameAs 3093330176 @default.
- W3093330176 citedByCount "8" @default.
- W3093330176 countsByYear W30933301762021 @default.
- W3093330176 countsByYear W30933301762022 @default.
- W3093330176 countsByYear W30933301762023 @default.
- W3093330176 crossrefType "journal-article" @default.
- W3093330176 hasAuthorship W3093330176A5075063169 @default.
- W3093330176 hasConcept C104779481 @default.
- W3093330176 hasConcept C118792377 @default.
- W3093330176 hasConcept C119889771 @default.
- W3093330176 hasConcept C127413603 @default.
- W3093330176 hasConcept C140205800 @default.
- W3093330176 hasConcept C159985019 @default.
- W3093330176 hasConcept C161790260 @default.
- W3093330176 hasConcept C171250308 @default.
- W3093330176 hasConcept C177367955 @default.