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Study of Perovskite -type Catalyst for Dry Reforming of Methane. Jiatang Chen*, Ying Li*. Proposed Thermo-Catalytic Reaction. CH 4(g). CO 2(g). CO + H 2. H 2. Heat. CH x (ad). Pt or Ni. C. CO 2(ad) /. xH. Promoter. Perovskite -type Support. d. f. b. a. e. c. Hydrothermal

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  1. Study of Perovskite-type Catalyst for Dry Reforming of Methane Jiatang Chen*, Ying Li* Proposed Thermo-Catalytic Reaction CH4(g) CO2(g) CO+ H2 H2 Heat CHx(ad) Pt or Ni C CO2(ad)/ xH Promoter Perovskite-type Support

  2. d f b a e c • Hydrothermal • 1M NaOH + Ta2O5 + La(NO3)3·6H2O • 160 ℃ 24h • Centrifugation and Washing • Photodeposition • NaTaO3-2%La + H2PtCl6(8%) +1%methanol • Calcination • 500/800 ℃ • 3/8 h • NaTaO3-2%La-0.1%Pt

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