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      Characterization of Hydrodesulfurization Catalyst Prepared by Impregnating Cobalt Nitrate Solution onto the Sulfided MoO3 / Al2O3 Catalyst = Characterization of Hydrodesulfurization Catalyst Prepared by Impregnating Cobalt Nitrate Solution onto the Sulfided MoO3 / Al2O3 Catalyst

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      https://www.riss.kr/link?id=A109253189

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      CoMo/Alo catalysts were prepared by impregnating Cobalt nitrate solution into oxidicur sulfided Mo/Al3. the properties of CoMo/AI3, catalssts were cbaracteried by XKD. TPS, oxygen chemisrptim and ESR. Catalytic activity of CoMo/AIU, catalyst was evaluated be thiophene (II)S as a prohe reaction. When CuMo/Al, catalyst was prepared by impregnating Cobalt nitrate solution into sulfided Mo/AIO. the nteraction between Mo and alumina became weaker and the formation of synergic phase was facilitated. These structural changes may explain higher HDS activity of CoMo/AIO catalyst prepared by impreKnating Cobalt nitrate solution into sulfided 110/41.
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      CoMo/Alo catalysts were prepared by impregnating Cobalt nitrate solution into oxidicur sulfided Mo/Al3. the properties of CoMo/AI3, catalssts were cbaracteried by XKD. TPS, oxygen chemisrptim and ESR. Catalytic activity of CoMo/AIU, catalyst was evalu...

      CoMo/Alo catalysts were prepared by impregnating Cobalt nitrate solution into oxidicur sulfided Mo/Al3. the properties of CoMo/AI3, catalssts were cbaracteried by XKD. TPS, oxygen chemisrptim and ESR. Catalytic activity of CoMo/AIU, catalyst was evaluated be thiophene (II)S as a prohe reaction. When CuMo/Al, catalyst was prepared by impregnating Cobalt nitrate solution into sulfided Mo/AIO. the nteraction between Mo and alumina became weaker and the formation of synergic phase was facilitated. These structural changes may explain higher HDS activity of CoMo/AIO catalyst prepared by impreKnating Cobalt nitrate solution into sulfided 110/41.

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