引用本文:
Qiu Ming GAO, Shou Gui LI, Ru Ren Xu. SYNTHESIS OF ALPO4-12 MOLECULAR SIEVE FROM NON-AQUEOUS SYSTEMS[J]. Chinese Chemical Letters,
1994, 5(7): 639-642.
Citation: Qiu Ming GAO, Shou Gui LI, Ru Ren Xu. SYNTHESIS OF ALPO4-12 MOLECULAR SIEVE FROM NON-AQUEOUS SYSTEMS[J]. Chinese Chemical Letters, 1994, 5(7): 639-642.
Citation: Qiu Ming GAO, Shou Gui LI, Ru Ren Xu. SYNTHESIS OF ALPO4-12 MOLECULAR SIEVE FROM NON-AQUEOUS SYSTEMS[J]. Chinese Chemical Letters, 1994, 5(7): 639-642.
SYNTHESIS OF ALPO4-12 MOLECULAR SIEVE FROM NON-AQUEOUS SYSTEMS
摘要:
Hydrothermal crystallization of an aluminophosphate molecular sieve (AlPO4-12) has first been carried out from non-aqueous systems in the presence of templating agent,with the molar composition of the starting gel as 1.0Al2O3:5.0P2O5:10ethylenediamine:180ethylene glycol.Aluminum triisopropoxide and phosphorous acid(85 wt% H3PO4)were used exclusively as aourcea for aluminum and phosphorous.The product has been characterized by means of X-ray powder diffraction (XRD),scanning electron microscopy (SEM),infrared (IR)spectrum,differential thermal analysis (DTA),thermogravimetric analysis (TG),etc.
English
SYNTHESIS OF ALPO4-12 MOLECULAR SIEVE FROM NON-AQUEOUS SYSTEMS
Abstract:
Hydrothermal crystallization of an aluminophosphate molecular sieve (AlPO4-12) has first been carried out from non-aqueous systems in the presence of templating agent,with the molar composition of the starting gel as 1.0Al2O3:5.0P2O5:10ethylenediamine:180ethylene glycol.Aluminum triisopropoxide and phosphorous acid(85 wt% H3PO4)were used exclusively as aourcea for aluminum and phosphorous.The product has been characterized by means of X-ray powder diffraction (XRD),scanning electron microscopy (SEM),infrared (IR)spectrum,differential thermal analysis (DTA),thermogravimetric analysis (TG),etc.
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