FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2048033102> ?p ?o ?g. }

• W2048033102 endingPage "15381" @default.
• W2048033102 startingPage "15375" @default.
• W2048033102 abstract "Mesopore-modified ZSM-5 zeolites with hierarchical porous structures (Meso-ZSM-5) have been synthesized by using tetrapropylammonium hydroxide and starch as cotemplates. One- and two-dimensional 129Xe NMR spectroscopy has been employed to study the porosity under the continuous flow of laser-hyperpolarized xenon gas. Besides the micropores, the mesoporous domains in Meso-ZSM-5 zeolites are directly observed by variable-temperature experiments. Combining with nitrogen adsorption, the influence of the Si/Al ratios on the mesopores in Meso-ZSM-5 is also investigated. The exchange of Xe atoms in different types of pores is very fast at ambient temperature. Two-dimensional exchange spectroscopy (EXSY) is used for the first time to monitor such an exchange process, and the results indicate that even at very low temperature Xe atoms still undergo much faster exchange between mesopores and micropores in Meso-ZSM-5 than in the mechanical mixture of conventional ZSM-5 and mesoporous silica. The results demonstrate that these hierarchical pores may have good connected networks that facilitate xenon diffusion and exchange. Also, this may give some indications for other molecules adsorption and diffusion in mesoporous zeolites especially in the process of catalysis." @default.
• W2048033102 created "2016-06-24" @default.
• W2048033102 creator A5003224266 @default.
• W2048033102 creator A5003959033 @default.
• W2048033102 creator A5045204358 @default.
• W2048033102 creator A5049808730 @default.
• W2048033102 creator A5071625927 @default.
• W2048033102 creator A5072408920 @default.
• W2048033102 creator A5085626484 @default.
• W2048033102 creator A5087164211 @default.
• W2048033102 date "2008-09-06" @default.
• W2048033102 modified "2023-10-16" @default.
• W2048033102 title "Direct Observation of the Mesopores in ZSM-5 Zeolites with Hierarchical Porous Structures by Laser-Hyperpolarized ¹²⁹Xe NMR" @default.
• W2048033102 cites W1911201529 @default.
• W2048033102 cites W1964374666 @default.
• W2048033102 cites W1965721735 @default.
• W2048033102 cites W1965740388 @default.
• W2048033102 cites W1965929734 @default.
• W2048033102 cites W1967644353 @default.
• W2048033102 cites W1968648226 @default.
• W2048033102 cites W1969692995 @default.
• W2048033102 cites W1976965878 @default.
• W2048033102 cites W1979774706 @default.
• W2048033102 cites W1981264444 @default.
• W2048033102 cites W1983026363 @default.
• W2048033102 cites W1984283354 @default.
• W2048033102 cites W1985128954 @default.
• W2048033102 cites W1991343621 @default.
• W2048033102 cites W1991400839 @default.
• W2048033102 cites W2000006831 @default.
• W2048033102 cites W2013120068 @default.
• W2048033102 cites W2015980127 @default.
• W2048033102 cites W2016923758 @default.
• W2048033102 cites W2022519860 @default.
• W2048033102 cites W2022640650 @default.
• W2048033102 cites W2025090394 @default.
• W2048033102 cites W2026891337 @default.
• W2048033102 cites W2031382294 @default.
• W2048033102 cites W2036491326 @default.
• W2048033102 cites W2038021255 @default.
• W2048033102 cites W2038542250 @default.
• W2048033102 cites W2039405256 @default.
• W2048033102 cites W2043728667 @default.
• W2048033102 cites W2046004711 @default.
• W2048033102 cites W2046699740 @default.
• W2048033102 cites W2046990805 @default.
• W2048033102 cites W2050217204 @default.
• W2048033102 cites W2053727210 @default.
• W2048033102 cites W2054518371 @default.
• W2048033102 cites W2055163409 @default.
• W2048033102 cites W2058446303 @default.
• W2048033102 cites W2061221675 @default.
• W2048033102 cites W2067545231 @default.
• W2048033102 cites W2074492728 @default.
• W2048033102 cites W2079468151 @default.
• W2048033102 cites W2085140559 @default.
• W2048033102 cites W2085966770 @default.
• W2048033102 cites W2086667404 @default.
• W2048033102 cites W2094286880 @default.
• W2048033102 cites W2105053127 @default.
• W2048033102 cites W2119213820 @default.
• W2048033102 cites W2122315796 @default.
• W2048033102 cites W2128539791 @default.
• W2048033102 cites W2134255790 @default.
• W2048033102 cites W2137737658 @default.
• W2048033102 cites W2141521924 @default.
• W2048033102 cites W2150984645 @default.
• W2048033102 cites W2154281799 @default.
• W2048033102 cites W2155295591 @default.
• W2048033102 cites W2168460700 @default.
• W2048033102 cites W2950591447 @default.
• W2048033102 cites W4237925185 @default.
• W2048033102 cites W70776093 @default.
• W2048033102 doi "https://doi.org/10.1021/jp802813x" @default.
• W2048033102 hasPublicationYear "2008" @default.
• W2048033102 type Work @default.
• W2048033102 sameAs 2048033102 @default.
• W2048033102 citedByCount "74" @default.
• W2048033102 countsByYear W20480331022012 @default.
• W2048033102 countsByYear W20480331022013 @default.
• W2048033102 countsByYear W20480331022014 @default.
• W2048033102 countsByYear W20480331022015 @default.
• W2048033102 countsByYear W20480331022016 @default.
• W2048033102 countsByYear W20480331022017 @default.
• W2048033102 countsByYear W20480331022018 @default.
• W2048033102 countsByYear W20480331022019 @default.
• W2048033102 countsByYear W20480331022020 @default.
• W2048033102 countsByYear W20480331022021 @default.
• W2048033102 countsByYear W20480331022022 @default.
• W2048033102 countsByYear W20480331022023 @default.
• W2048033102 crossrefType "journal-article" @default.
• W2048033102 hasAuthorship W2048033102A5003224266 @default.
• W2048033102 hasAuthorship W2048033102A5003959033 @default.
• W2048033102 hasAuthorship W2048033102A5045204358 @default.
• W2048033102 hasAuthorship W2048033102A5049808730 @default.
• W2048033102 hasAuthorship W2048033102A5071625927 @default.
• W2048033102 hasAuthorship W2048033102A5072408920 @default.
• W2048033102 hasAuthorship W2048033102A5085626484 @default.

• next