2004
DOI: 10.1016/j.micromeso.2003.09.026
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Synthesis of mordenite nanocrystals

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Cited by 152 publications
(79 citation statements)
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“…The bands in the range of 920 -1250 cm -1 corresponded to the internal asymmetric stretching of tetrahedral groups, while those in the range of 650 -720 cm -1 corresponded to the internal symmetric stretching. The band in the range of 450 -500 cm -1 was indicative of T-O bonds (T = Si or Al with each metal ion bonded to four oxygen atoms) [27,30,32,33]. The band at 550 -590 cm -1 was associated with the structural order of tetrahedral ring and/or a octahedral ring [32].…”
Section: Ftir Characterizationmentioning
confidence: 99%
“…The bands in the range of 920 -1250 cm -1 corresponded to the internal asymmetric stretching of tetrahedral groups, while those in the range of 650 -720 cm -1 corresponded to the internal symmetric stretching. The band in the range of 450 -500 cm -1 was indicative of T-O bonds (T = Si or Al with each metal ion bonded to four oxygen atoms) [27,30,32,33]. The band at 550 -590 cm -1 was associated with the structural order of tetrahedral ring and/or a octahedral ring [32].…”
Section: Ftir Characterizationmentioning
confidence: 99%
“…It was known that the addition of zeolite seeds in the synthesis gels containing organic templates allowed accelerating the crystallization rate of the desired zeolite, and several examples were reported in literature [198][199][200]. Following the seeding methodology, but now in OSDAfree medium, Xie et al first described the organotemplate free fast synthesis of beta zeolite [201].…”
Section: Direct Synthesis Of Osda-free Zeolitesmentioning
confidence: 99%
“…La phase active (Mordenite) a été préparée par procédé sol-gel conformément au second protocole développé par HINCAPIE et al (2004). Ce gel a été, pour partie, imprégné sur un support en alumine γ fourni par la société Pall Exekia (Bazet, France).…”
Section: Morphologie Et Structure De La Phase Activeunclassified