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Khazaei, Mahvash, Aghaie, Mehran, Sadeghi, Soroor. (1393). Evaluating the optimum molar ratio of Mn2+/Co2+ and mass percent of Al2O3 for preparing a catalyst for secondary alcohol oxidation. , 11(2), 69-73.
Mahvash Khazaei; Mehran Aghaie; Soroor Sadeghi. "Evaluating the optimum molar ratio of Mn2+/Co2+ and mass percent of Al2O3 for preparing a catalyst for secondary alcohol oxidation". , 11, 2, 1393, 69-73.
Khazaei, Mahvash, Aghaie, Mehran, Sadeghi, Soroor. (1393). 'Evaluating the optimum molar ratio of Mn2+/Co2+ and mass percent of Al2O3 for preparing a catalyst for secondary alcohol oxidation', , 11(2), pp. 69-73.
Khazaei, Mahvash, Aghaie, Mehran, Sadeghi, Soroor. Evaluating the optimum molar ratio of Mn2+/Co2+ and mass percent of Al2O3 for preparing a catalyst for secondary alcohol oxidation. , 1393; 11(2): 69-73.

Evaluating the optimum molar ratio of Mn2+/Co2+ and mass percent of Al2O3 for preparing a catalyst for secondary alcohol oxidation

Journal of Physical & Theoretical Chemistry
مقاله 3، دوره 11، شماره 2، مهر 2014، صفحه 69-73  XML اصل مقاله (186.24 K)
نوع مقاله: Research Paper
نویسندگان
Mahvash Khazaei* ؛ Mehran Aghaie* ؛ Soroor Sadeghi*
-
چکیده
Alcohol oxidation is an important reaction in organic syntheses. Some of these reactions must be
under difficult conditions in respect of high temperature and pressure. In many cases, reactions are
conducted by environmentally in appropriate solutions. In this study, preparing an effective
nanocatalyst and estimating the optimum provisions of its production processes are assessed. Two
major and crucial factors of(Mn2+/Co2+)-Al2O3 catalyst are molar ratio of Mn2+/Co2+ and mass
percent of Al2O3.Our experimental results showed that 1:1 molar ratio and 15% of Al2O3 by mass are
fairly suitable. Prepered catalyst was used in the oxidation reaction.
کلیدواژه‌ها
Nanocatalyst؛ Optimum ratio؛ Mass percent
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