Matches in SemOpenAlex for { <https://semopenalex.org/work/W2943924281> ?p ?o ?g. }
- W2943924281 endingPage "665" @default.
- W2943924281 startingPage "653" @default.
- W2943924281 abstract "A composite material Beta-SBA-15 (BS) comprising zeolite Beta units and SBA-15-like mesoporous structure was hydrothermally synthesized and served as catalyst support for the hydroisomerization of n-heptane. Materials were characterized by a variety of techniques. Characterization results revealed that Beta-SBA-15 composite has a two-dimensional hexagonal mesoporous channel with a pore size of 6.4 nm and a high concentration of moderate-strength acid sites. Evaluation results showed that Pt/HBS exhibited a relatively high n-heptane conversion (75.57%) with a good selectivity to isoheptanes (90.04%), resulting in the highest isoheptanes yield (68.04%) among all samples. The micro-mesoporous composite structure with moderate surface acidity enhanced diffusion of large isomerized intermediates as well as inhibiting the occurrence of cracking side reactions, achieving a high isoheptanes yield. Experimental data demonstrates that the indexed isomerization factor (IIF) as a performance descriptor can accurately predict the isomerization performance of catalysts." @default.
- W2943924281 created "2019-05-16" @default.
- W2943924281 creator A5018554029 @default.
- W2943924281 creator A5029851581 @default.
- W2943924281 creator A5035459729 @default.
- W2943924281 creator A5037389377 @default.
- W2943924281 creator A5044544424 @default.
- W2943924281 creator A5056984223 @default.
- W2943924281 creator A5061332222 @default.
- W2943924281 creator A5086664284 @default.
- W2943924281 date "2019-09-01" @default.
- W2943924281 modified "2023-10-16" @default.
- W2943924281 title "Superior catalytic performance of micro-mesoporous Beta-SBA-15 composite with a high indexed isomerization factor in hydroisomerization of n-heptane" @default.
- W2943924281 cites W15907060 @default.
- W2943924281 cites W1856955397 @default.
- W2943924281 cites W1866192249 @default.
- W2943924281 cites W1964623425 @default.
- W2943924281 cites W1965382824 @default.
- W2943924281 cites W1967364937 @default.
- W2943924281 cites W1968118467 @default.
- W2943924281 cites W1972066725 @default.
- W2943924281 cites W1973727691 @default.
- W2943924281 cites W1978782531 @default.
- W2943924281 cites W1979597174 @default.
- W2943924281 cites W1985734689 @default.
- W2943924281 cites W1986093251 @default.
- W2943924281 cites W1986861377 @default.
- W2943924281 cites W1990073073 @default.
- W2943924281 cites W1990120712 @default.
- W2943924281 cites W1991205252 @default.
- W2943924281 cites W1991652752 @default.
- W2943924281 cites W1993075779 @default.
- W2943924281 cites W1995041236 @default.
- W2943924281 cites W1995966734 @default.
- W2943924281 cites W1997618759 @default.
- W2943924281 cites W1998050694 @default.
- W2943924281 cites W2005079682 @default.
- W2943924281 cites W2008975991 @default.
- W2943924281 cites W2010274129 @default.
- W2943924281 cites W2010822300 @default.
- W2943924281 cites W2010999425 @default.
- W2943924281 cites W2013100151 @default.
- W2943924281 cites W2013317319 @default.
- W2943924281 cites W2015033369 @default.
- W2943924281 cites W2016502443 @default.
- W2943924281 cites W2017241164 @default.
- W2943924281 cites W2022519860 @default.
- W2943924281 cites W2028156066 @default.
- W2943924281 cites W2030112011 @default.
- W2943924281 cites W2030779003 @default.
- W2943924281 cites W2032686268 @default.
- W2943924281 cites W2035288164 @default.
- W2943924281 cites W2035410275 @default.
- W2943924281 cites W2035869020 @default.
- W2943924281 cites W2039222184 @default.
- W2943924281 cites W2040251389 @default.
- W2943924281 cites W2041992226 @default.
- W2943924281 cites W2042600621 @default.
- W2943924281 cites W2044549782 @default.
- W2943924281 cites W2046468736 @default.
- W2943924281 cites W2048101393 @default.
- W2943924281 cites W2050360058 @default.
- W2943924281 cites W2056004819 @default.
- W2943924281 cites W2063120085 @default.
- W2943924281 cites W2065442118 @default.
- W2943924281 cites W2067474285 @default.
- W2943924281 cites W2069341644 @default.
- W2943924281 cites W2072643699 @default.
- W2943924281 cites W2076684351 @default.
- W2943924281 cites W2077487222 @default.
- W2943924281 cites W2080113201 @default.
- W2943924281 cites W2080258157 @default.
- W2943924281 cites W2080303410 @default.
- W2943924281 cites W2081036830 @default.
- W2943924281 cites W2087005394 @default.
- W2943924281 cites W2089754629 @default.
- W2943924281 cites W2092917004 @default.
- W2943924281 cites W2093383851 @default.
- W2943924281 cites W2108369132 @default.
- W2943924281 cites W2131274415 @default.
- W2943924281 cites W2136930274 @default.
- W2943924281 cites W2143765146 @default.
- W2943924281 cites W2155295591 @default.
- W2943924281 cites W2317971563 @default.
- W2943924281 cites W2318612738 @default.
- W2943924281 cites W2416619255 @default.
- W2943924281 cites W2468744725 @default.
- W2943924281 cites W2509209938 @default.
- W2943924281 cites W2562319796 @default.
- W2943924281 cites W2571805001 @default.
- W2943924281 cites W2615081838 @default.
- W2943924281 cites W2745057302 @default.
- W2943924281 cites W2750325829 @default.
- W2943924281 cites W2752707036 @default.
- W2943924281 cites W2770958617 @default.
- W2943924281 cites W2896828021 @default.
- W2943924281 cites W4247294173 @default.
- W2943924281 doi "https://doi.org/10.1016/j.fuel.2019.04.156" @default.