2002
DOI: 10.1006/jcat.2001.3485
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Heptane Reforming over Pt–Re/Al2O3: Reaction Network, Kinetics, and Apparent Selective Catalyst Deactivation

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Cited by 36 publications
(15 citation statements)
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“…Ring closure of n-heptane is much faster than that of nhexane [17], while according to Marin et al i-hexnaes do not cyclize to form corresponding homologs [14]. Liu et al [46] reported that the rate of cyclization of i-heptanes was negligible when compared to n-heptane. Ancheyeta et al [19] reported that paraffins cyclize more easily as their molecular weight increases.…”
Section: 1mentioning
confidence: 97%
“…Ring closure of n-heptane is much faster than that of nhexane [17], while according to Marin et al i-hexnaes do not cyclize to form corresponding homologs [14]. Liu et al [46] reported that the rate of cyclization of i-heptanes was negligible when compared to n-heptane. Ancheyeta et al [19] reported that paraffins cyclize more easily as their molecular weight increases.…”
Section: 1mentioning
confidence: 97%
“…Prema Froment-u i saradnicima [13], i-heksan ne podleže reakcijama dehidrociklizacije. Takođe, prema istraživanjima Lui i saradnika [74], brzina reakcije dehidrociklizacije i-heptana je zanemarljiva u odnosu na brzinu reakcije dehidrociklizacije n-heptana. Na bazi zaključaka o reaktivnost i-heksana i i-heptana do kojih su došli Froment i saradnici [13] i Lui i saradnici [74], očekivano je da i-okatni imaju manju reaktivnost od n-oktana.…”
Section: Formulisanje Kinetičkog Modelaunclassified
“…Takođe, prema istraživanjima Lui i saradnika [74], brzina reakcije dehidrociklizacije i-heptana je zanemarljiva u odnosu na brzinu reakcije dehidrociklizacije n-heptana. Na bazi zaključaka o reaktivnost i-heksana i i-heptana do kojih su došli Froment i saradnici [13] i Lui i saradnici [74], očekivano je da i-okatni imaju manju reaktivnost od n-oktana. Međutim, prema istraživanjima Ako i Susa [75] brzina dehidrociklizacije i-oktana je mnogo veća nego n-oktana.…”
Section: Formulisanje Kinetičkog Modelaunclassified
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