FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2237850315> ?p ?o ?g. }

• W2237850315 endingPage "649" @default.
• W2237850315 startingPage "638" @default.
• W2237850315 abstract "The fluoride method of zeolite synthesis yields materials with unique characteristics such as high Si/Al ratio, large crystal size, and hydrophobic properties, and it has been advantageous for the synthesis of new pure-silica or high-silica zeolites. It is often difficult, however, to incorporate aluminum—and thus bring about useful catalytic properties—in materials prepared through the fluorite method. In this report, we show that FAU-type zeolites are an effective source of aluminum to the growing crystals in the high-silica LTA-type zeolite synthesis (ITQ-29). A key advantage of using aluminosilicate zeolite crystals as aluminum source in fluoride media was the high reproducibility and easy control of the Si/Al ratio of the product. The broad applicability of this methodology was demonstrated in the synthesis of several high-silica zeolites in fluoride media: we report the synthesis of aluminosilicate ITQ-12 (ITW-type zeolite). Other more conventional aluminosilicate zeolites (CHA-, *BEA-, and STT-type..." @default.
• W2237850315 created "2016-06-24" @default.
• W2237850315 creator A5039313369 @default.
• W2237850315 creator A5084257483 @default.
• W2237850315 date "2016-01-13" @default.
• W2237850315 modified "2023-09-26" @default.
• W2237850315 title "A General Method for Aluminum Incorporation into High-Silica Zeolites Prepared in Fluoride Media" @default.
• W2237850315 cites W1531578847 @default.
• W2237850315 cites W1960822145 @default.
• W2237850315 cites W1969147214 @default.
• W2237850315 cites W1969555886 @default.
• W2237850315 cites W1971586543 @default.
• W2237850315 cites W1977182915 @default.
• W2237850315 cites W1982483551 @default.
• W2237850315 cites W1983393469 @default.
• W2237850315 cites W1992412367 @default.
• W2237850315 cites W1994174677 @default.
• W2237850315 cites W1996572029 @default.
• W2237850315 cites W1997743588 @default.
• W2237850315 cites W2001092514 @default.
• W2237850315 cites W2004906240 @default.
• W2237850315 cites W2005084021 @default.
• W2237850315 cites W2012948478 @default.
• W2237850315 cites W2013476372 @default.
• W2237850315 cites W2013771307 @default.
• W2237850315 cites W2021055560 @default.
• W2237850315 cites W2024325914 @default.
• W2237850315 cites W2025414397 @default.
• W2237850315 cites W2038931276 @default.
• W2237850315 cites W2040251389 @default.
• W2237850315 cites W2041616276 @default.
• W2237850315 cites W2042660044 @default.
• W2237850315 cites W2053202677 @default.
• W2237850315 cites W2055363849 @default.
• W2237850315 cites W2055582688 @default.
• W2237850315 cites W2065734691 @default.
• W2237850315 cites W2068860883 @default.
• W2237850315 cites W2069646032 @default.
• W2237850315 cites W2070678753 @default.
• W2237850315 cites W2070749545 @default.
• W2237850315 cites W2076977525 @default.
• W2237850315 cites W2077279509 @default.
• W2237850315 cites W2079853161 @default.
• W2237850315 cites W2086940198 @default.
• W2237850315 cites W2087480870 @default.
• W2237850315 cites W2090259313 @default.
• W2237850315 cites W2098720526 @default.
• W2237850315 cites W2101202457 @default.
• W2237850315 cites W2105107646 @default.
• W2237850315 cites W2164497960 @default.
• W2237850315 cites W2226217120 @default.
• W2237850315 cites W2315013630 @default.
• W2237850315 cites W2319220143 @default.
• W2237850315 cites W2324518683 @default.
• W2237850315 cites W2325245271 @default.
• W2237850315 cites W2328419180 @default.
• W2237850315 cites W2951554527 @default.
• W2237850315 cites W4250502685 @default.
• W2237850315 cites W1967891086 @default.
• W2237850315 doi "https://doi.org/10.1021/acs.chemmater.5b04439" @default.
• W2237850315 hasPublicationYear "2016" @default.
• W2237850315 type Work @default.
• W2237850315 sameAs 2237850315 @default.
• W2237850315 citedByCount "28" @default.
• W2237850315 countsByYear W22378503152016 @default.
• W2237850315 countsByYear W22378503152017 @default.
• W2237850315 countsByYear W22378503152018 @default.
• W2237850315 countsByYear W22378503152019 @default.
• W2237850315 countsByYear W22378503152020 @default.
• W2237850315 countsByYear W22378503152021 @default.
• W2237850315 countsByYear W22378503152022 @default.
• W2237850315 countsByYear W22378503152023 @default.
• W2237850315 crossrefType "journal-article" @default.
• W2237850315 hasAuthorship W2237850315A5039313369 @default.
• W2237850315 hasAuthorship W2237850315A5084257483 @default.
• W2237850315 hasConcept C127413603 @default.
• W2237850315 hasConcept C179104552 @default.
• W2237850315 hasConcept C185592680 @default.
• W2237850315 hasConcept C191897082 @default.
• W2237850315 hasConcept C192562407 @default.
• W2237850315 hasConcept C2780828025 @default.
• W2237850315 hasConcept C42360764 @default.
• W2237850315 hasConcept C513153333 @default.
• W2237850315 hasConceptScore W2237850315C127413603 @default.
• W2237850315 hasConceptScore W2237850315C179104552 @default.
• W2237850315 hasConceptScore W2237850315C185592680 @default.
• W2237850315 hasConceptScore W2237850315C191897082 @default.
• W2237850315 hasConceptScore W2237850315C192562407 @default.
• W2237850315 hasConceptScore W2237850315C2780828025 @default.
• W2237850315 hasConceptScore W2237850315C42360764 @default.
• W2237850315 hasConceptScore W2237850315C513153333 @default.
• W2237850315 hasIssue "2" @default.
• W2237850315 hasLocation W22378503151 @default.
• W2237850315 hasOpenAccess W2237850315 @default.
• W2237850315 hasPrimaryLocation W22378503151 @default.
• W2237850315 hasRelatedWork W1977790507 @default.
• W2237850315 hasRelatedWork W2014853659 @default.
• W2237850315 hasRelatedWork W2015418919 @default.

• next