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Applied Catalysis A: General(2)
Catalysis Letters(1)
Studies in Surface Science and Catalysis(1)
Zeolites(1)
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Tecnología de productos químicos industriales(3)
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scopus(5)
Gas versus liquid phase α-pinene transformation over acid molecular-sieves of different topology and composition
Conference ObjectAbstract: A series of molecular-sieves comprising dealuminated Y and mordenite zeolites (DY and DMOR) and unmoPalabras claves:Autores:Arias D., Carmen Milena López, Hasegawa M., Machado F.J., Rodrìguez K.Fuentes:scopusGas-versus liquid-phase α-pinene transformation over faujasite-like zeolites and an amorphous silicoaluminate
ArticleAbstract: The transformation of α-pinene was studied in both gas and liquid phase over a series of faujasite-lPalabras claves:acidity, Dealuminated faujasite, Gas-versus liquid-phase activity, α-pinene conversionAutores:Arias D., Carmen Milena López, Hasegawa M., Machado F.J., Mendez B., Rodrìguez K.Fuentes:scopusInfluence of the silicon content upon the acidity and catalytic properties of AFI-like catalysts
ArticleAbstract: A series of highly crystalline silicoaluminophosphates having the AFI topology (SAPO-5) were synthesPalabras claves:acidity, AFI, m-Xylene transformation, SAPO-5, α-Pinene transformationAutores:Carmen Milena López, Machado F.J., Mendez B., Montes A., Rodrìguez K.Fuentes:scopusSelective liquid-phase transformation of α-pinene over dealuminated mordenites and Y-zeolites
ArticleAbstract: Dealuminated mordenite (MOR) and faujasite (FAU) zeolites, and a 13% alumina amorphous aluminosilicaPalabras claves:Dealuminated zeolites, Faujasite, MAS NMR, Mordenite, α-Pinene transformationAutores:Carmen Milena López, Hasegawa M., Machado F.J., Mendez B., Pekerar S.V., Rodrìguez K.Fuentes:scopusThe successive crystallization and characterization of SAPO-31 and SAPO-11 from the same synthesis gel: Influence on the selectivity for 1-butene isomerization
ArticleAbstract: XRD-pure SAPO-31 and SAPO-11 molecular sieves were obtained from the same synthesis gel, free of seePalabras claves:1-butene isomerization, acidity, Crystallization kinetics, SAPO-11, SAPO-31, SynthesisAutores:Carmen Milena López, Goldwasser J., Machado F.J., Mendez B., Ramírez-Agudelo M.M., Rodrìguez K.Fuentes:scopus