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      전자빔 조사에 의해 합성된 Fe-N/C 촉매의 산 세척 효과 = Effect of Acidic Washing Treatment for Fe-N/C Catalyst Synthesized Using E-beam Irradiation

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      https://www.riss.kr/link?id=A108634762

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      다국어 초록 (Multilingual Abstract)

      Fe-N/C electrocatalysts was synthesized using electron beam (e-beam) irradiation to improve the oxygen reduction reaction activity in the polymer electrolyte membrane fuel cells. After synthesizing, the characteristics of catalyst before and after acid washing treatment were measured in the rotating disk electrode (RDE). It was confirmed that the catalyst was successfully synthesized measured using TEM, XRD, and Mössbauer spectroscopy. However, the formation of some impurities, such as oxides, were also confirmed. The electrochemical properties during oxygen reduction reaction (ORR) was enhanced after the acidic washing treatment of the catalyst.
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      Fe-N/C electrocatalysts was synthesized using electron beam (e-beam) irradiation to improve the oxygen reduction reaction activity in the polymer electrolyte membrane fuel cells. After synthesizing, the characteristics of catalyst before and after aci...

      Fe-N/C electrocatalysts was synthesized using electron beam (e-beam) irradiation to improve the oxygen reduction reaction activity in the polymer electrolyte membrane fuel cells. After synthesizing, the characteristics of catalyst before and after acid washing treatment were measured in the rotating disk electrode (RDE). It was confirmed that the catalyst was successfully synthesized measured using TEM, XRD, and Mössbauer spectroscopy. However, the formation of some impurities, such as oxides, were also confirmed. The electrochemical properties during oxygen reduction reaction (ORR) was enhanced after the acidic washing treatment of the catalyst.

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      참고문헌 (Reference)

      1 M. K. Debe, 486 : 43-, 2012

      2 U. I. Kramm, 136 : 978-, 2014

      3 R. Jasinski, 201 (201): 1212-, 1964

      4 H. Wang, 50 : 10969-, 2011

      5 J. Shui, 112 : 10629-, 2015

      6 C. Lee,

      7 K. Gong, 323 : 760-, 2009

      8 D. Y. Chung, 5 : 1401309-, 2015

      9 O. -H. Kim, 5 : 8376-, 2015

      10 E. Proietti, 2 : 416-, 2011

      1 M. K. Debe, 486 : 43-, 2012

      2 U. I. Kramm, 136 : 978-, 2014

      3 R. Jasinski, 201 (201): 1212-, 1964

      4 H. Wang, 50 : 10969-, 2011

      5 J. Shui, 112 : 10629-, 2015

      6 C. Lee,

      7 K. Gong, 323 : 760-, 2009

      8 D. Y. Chung, 5 : 1401309-, 2015

      9 O. -H. Kim, 5 : 8376-, 2015

      10 E. Proietti, 2 : 416-, 2011

      11 R. C. PawarSuhee, 33 : 78-, 2021

      12 G. Wu, 332 : 443-, 2011

      13 Cui Xun ; Gao Likun ; Lu Cheng-Hsin ; Ma Rui ; Yang Yingkui ; Lin Zhiqun, "Rational coordination regulation in carbon-based single-metal-atom catalysts for electrocatalytic oxygen reduction reaction" 나노기술연구협의회 9 (9): 1-19, 2022

      14 Uhm Young Rang ; Sun Gwang Min ; Lee Jaegi ; Kim Chul Sung ; Park Ji Hyun ; Ha Taesung, "Fe–Nx active sites in Fe–N–C electrocatalysts synthesized using electron beam irradiation" 한국물리학회 82 (82): 286-292, 2023

      15 Jung Jongkeun ; Hong Jisook ; Kim Donghan ; Kim Minsoo ; Shim Jihoon ; Kim Changyoung, "Electronic structures of CO adsorbed Pt-skin surface on Pt–Co and Pt–Ni alloys" 한국물리학회 35 : 1-6, 2022

      16 C. Lamy, "Electrocatalysts for low temperature fuel cells:fundamentals and recent trends" Wiley-VCH 1-33, 2017

      17 하예진 ; 이예정 ; 유아름 ; 이송희 ; 이종목 ; 김명화 ; 이영미, "Direct growth of single crystalline ReO3 nanorods on a tungsten (W) microwire for enhanced electron-transfer reaction kinetics" 한국물리학회 21 (21): 20-24, 2021

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