FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2982041590> ?p ?o ?g. }

• W2982041590 endingPage "18324" @default.
• W2982041590 startingPage "18318" @default.
• W2982041590 abstract "A large amount of zeolite structures are still not synthetically available or not available in the form of aluminosilicate currently. Despite significant progress in the development of predictive concepts for zeolite synthesis, accessing some of these new materials is still challenging. One example is the IWR structure as well. Despite successful synthesis of Ge-based IWR zeolites, direct synthesis of aluminosilicate IWR zeolite is still not successful. In this report we show how a suitable organic structure directing agent (OSDA), through modeling of an OSDA/zeolite cage interaction, could access directly the aluminum-containing IWR structure (denoted as COE-6), which might allow access to new classes of materials and thus open opportunities in valuable chemical applications. The experimental results reveal that the COE-6 zeolites with a SiO2/Al2O3 ratio as low as 30 could be obtained. Very interestingly, the COE-6 zeolite has much higher hydrothermal and thermal stabilities than those of the conventional Ge-Al-IWR zeolite. In methanol-to-propylene (MTP) reaction, the COE-6 zeolite exhibits excellent selectivity for propylene, offering a potential catalyst for MTP reaction in the future." @default.
• W2982041590 created "2019-11-01" @default.
• W2982041590 creator A5007850176 @default.
• W2982041590 creator A5008353699 @default.
• W2982041590 creator A5008716820 @default.
• W2982041590 creator A5009790777 @default.
• W2982041590 creator A5010798008 @default.
• W2982041590 creator A5011506019 @default.
• W2982041590 creator A5022238546 @default.
• W2982041590 creator A5027226108 @default.
• W2982041590 creator A5028948842 @default.
• W2982041590 creator A5043953177 @default.
• W2982041590 creator A5045007905 @default.
• W2982041590 creator A5047209991 @default.
• W2982041590 creator A5053686959 @default.
• W2982041590 creator A5058036510 @default.
• W2982041590 creator A5068532741 @default.
• W2982041590 creator A5070772447 @default.
• W2982041590 creator A5074713586 @default.
• W2982041590 creator A5077238999 @default.
• W2982041590 creator A5079992311 @default.
• W2982041590 date "2019-10-23" @default.
• W2982041590 modified "2023-10-12" @default.
• W2982041590 title "Direct Synthesis of Aluminosilicate IWR Zeolite from a Strong Interaction between Zeolite Framework and Organic Template" @default.
• W2982041590 cites W1964566244 @default.
• W2982041590 cites W1965721735 @default.
• W2982041590 cites W1972896636 @default.
• W2982041590 cites W1974435613 @default.
• W2982041590 cites W1975495702 @default.
• W2982041590 cites W1985181730 @default.
• W2982041590 cites W1989381113 @default.
• W2982041590 cites W1990510973 @default.
• W2982041590 cites W2006181917 @default.
• W2982041590 cites W2011916699 @default.
• W2982041590 cites W2013565825 @default.
• W2982041590 cites W2016458992 @default.
• W2982041590 cites W2017973009 @default.
• W2982041590 cites W2019531516 @default.
• W2982041590 cites W2031928439 @default.
• W2982041590 cites W2033644257 @default.
• W2982041590 cites W2064258410 @default.
• W2982041590 cites W2065968910 @default.
• W2982041590 cites W2067271709 @default.
• W2982041590 cites W2074746561 @default.
• W2982041590 cites W2092662476 @default.
• W2982041590 cites W2095574056 @default.
• W2982041590 cites W2102311153 @default.
• W2982041590 cites W2121872439 @default.
• W2982041590 cites W2152717145 @default.
• W2982041590 cites W2226217120 @default.
• W2982041590 cites W2318166405 @default.
• W2982041590 cites W2462034618 @default.
• W2982041590 cites W2524777829 @default.
• W2982041590 cites W2530462171 @default.
• W2982041590 cites W2538730540 @default.
• W2982041590 cites W2556868636 @default.
• W2982041590 cites W2560238697 @default.
• W2982041590 cites W2577907626 @default.
• W2982041590 cites W2596043326 @default.
• W2982041590 cites W2600557025 @default.
• W2982041590 cites W2607440216 @default.
• W2982041590 cites W2620862248 @default.
• W2982041590 cites W2734416232 @default.
• W2982041590 cites W2749214041 @default.
• W2982041590 cites W2765860400 @default.
• W2982041590 cites W2765941217 @default.
• W2982041590 cites W2771243164 @default.
• W2982041590 cites W2774814053 @default.
• W2982041590 cites W2775085240 @default.
• W2982041590 cites W2796383068 @default.
• W2982041590 cites W2802665194 @default.
• W2982041590 cites W2886551573 @default.
• W2982041590 cites W2894543039 @default.
• W2982041590 cites W2901427481 @default.
• W2982041590 cites W2914495392 @default.
• W2982041590 cites W2941651842 @default.
• W2982041590 cites W2945272461 @default.
• W2982041590 cites W4237750751 @default.
• W2982041590 cites W4248529457 @default.
• W2982041590 cites W4255218551 @default.
• W2982041590 cites W4362236440 @default.
• W2982041590 cites W916845042 @default.
• W2982041590 doi "https://doi.org/10.1021/jacs.9b09903" @default.
• W2982041590 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31644275" @default.
• W2982041590 hasPublicationYear "2019" @default.
• W2982041590 type Work @default.
• W2982041590 sameAs 2982041590 @default.
• W2982041590 citedByCount "24" @default.
• W2982041590 countsByYear W29820415902020 @default.
• W2982041590 countsByYear W29820415902021 @default.
• W2982041590 countsByYear W29820415902022 @default.
• W2982041590 countsByYear W29820415902023 @default.
• W2982041590 crossrefType "journal-article" @default.
• W2982041590 hasAuthorship W2982041590A5007850176 @default.
• W2982041590 hasAuthorship W2982041590A5008353699 @default.
• W2982041590 hasAuthorship W2982041590A5008716820 @default.
• W2982041590 hasAuthorship W2982041590A5009790777 @default.
• W2982041590 hasAuthorship W2982041590A5010798008 @default.

• next