SNU CBE

산소 발생 반응(OER) oxygen evolution reaction

키워드 · 촉매·전기화학 전환

59학부 논문
10교수
490억 국가 R&D(2015–24)
+213%증가율
3.12%서울대 비중

물이나 수산화 이온을 산화해 산소 기체를 생성하는 전기화학 반응으로 수전해의 양극 반응이다.

연도별 학부 논문

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국가 R&D 과제 동향 (NTIS, 억 원)

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2015–2024 과제 레코드 306건 · 10년 490억 · 2015–19 대비 2020–24 +213% · 대학 수행 73.9% · 서울대(본교) 3.12%. 매칭: 영문 키워드 'oxygen evolution reaction', 국문 '산소발생반응', '산소발생 촉매', 'OER'. 기관운영비·인력양성·출연연 주요사업비 등 과제 아닌 레코드는 뺐다.

매칭 과제의 NTIS 표준분류(1순위, 연구비 비중): 에너지/자원 > 신재생에너지 31% · 재료 > 금속재료 18% · 화학 > 전기화학 17% · 에너지/자원 > 온실가스 처리 6%

최근 주요 과제 (2022–2024, 연차 정부연구비 순)

연도과제수행기관부처억
2023PEM 수전해 전해질막 촉매 생산 기술 개발(주)켐트로스산업통상자원부11.1
2022중간체의 흡착세기를 독립적으로 제어할 수 있는 단일금속원자 기반의 촉매소재 합성 및 평가포항공과대학과학기술정보통신부10.4
2022태양전지-전해조 일체형 물분해 수소 생산 기술 개발울산과학기술원기획재정부10.3
2023전기화학적 CO2 전환 에틸렌 생산 핵심 기술 개발 및 실증 연구한국과학기술연구원과학기술정보통신부10.0
2023수전해 OER용 고 표면적 복합나노촉매 대량생산 기술개발(주)보야스에너지과학기술정보통신부6.0
2022부하변동 대응형 고활성, 고내구성 수전해 코팅전극 핵심기술 개발포항공과대학기획재정부3.7
2022원자정밀 금속 클러스터 기반 전기화학 촉매 개발연세대학과학기술정보통신부3.0
2024CA수전해 사업기반, 알칼라인 수전해용 산소발생반응 대면적 (16,800 cm2) 전극 제작공정개발을 위한 한-독 국제공동 연구(재)한국에너지기술연구원산업통상자원부2.9

교수

교수연구분야논문2022년 이후
성영은무기 및 전기전자 소재2822
현택환무기 및 전기전자 소재1312
윤제용생물 및 환경119
정유성공정시스템103
류재윤무기 및 전기전자 소재 · 고분자 및 유기 소재86
이원보공정시스템 · 고분자 및 유기 소재32
최장욱무기 및 전기전자 소재20
박정원무기 및 전기전자 소재11
정인무기 및 전기전자 소재11
강종헌공정시스템 · 무기 및 전기전자 소재11

함께 나오는 키워드

음이온교환막 수전해(AEMWE) 고분자 전해질막 수전해(PEMWE) 코발트계 전기촉매 산화루테늄 촉매 단일원자 촉매(SAC) 격자산소 메커니즘(LOM) 산소 환원 반응(ORR) 촉매 표면 재구성 수소 발생 반응(HER) 산화루테늄(RuO2)

연결되는 NTIS 분류

나노 화학공정기술 2 화학공정 2 전기화학 1

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논문 59

Translating the Optimized Durability of Co‐Based Anode Catalyst into S · Unraveling Surface Reconstruction During Oxygen Evolution Reaction on · Cross-material catalyst discovery via deep learning · Tailoring cobalt spinel oxide with site-specific single atom incorpora · Atomically Dispersed High-Valent d 0 -Metal Breaks the Activity–Stabil · Modulating the valence electronic structure using earth-abundant alumi · Surface Reconstruction of Co‐based Catalysts for Enhanced Oxygen Evolu · Three-Dimensional Unified Electrode Design Using a NiFeOOH Catalyst fo · Exploring Optimal Water Splitting Bifunctional Alloy Catalyst by Paret · Machine learning-enabled fast exploration of stable and active single- · Tailored Bond Heterogeneity through High-Entropy Doping for Efficient · Dynamic polarization control of Ni electrodes for sustainable and scal · (Fe, Ni, Co) 9 S 8 @ CS catalyst decorated on N‐doped carbon as an eff · Improved reversibility in lithium-oxygen battery: Understanding elemen · Facile Synthesis Toward Surface Decorated Ir1Ox@Pd35 with Low Iridium · Highly Stable Porous Nickel–Iron (Oxy)Hydroxide Layer Electrodeposited · Revealing Local Coordination–Modulated Oxygen Evolution Reactivity in · Recent progress in in situ/operando analysis tools for oxygen electroc · Balancing activity, stability and conductivity of nanoporous core-shel · A novel microwave-assisted synthesis of RuO2–TiO2 electrodes with impr · Sulfur-Modified Graphitic Carbon Nitride Nanostructures as an Efficien · A Review on Membranes and Catalysts for Anion Exchange Membrane Water · Strategies for Advancing Electrodeposited Co-Based Oxygen Evolution Ca · Electrochemical Activity of a Blue Anatase TiO2 Nanotube Array for the · Unveiling the Impact of Fe Incorporation on Intrinsic Performance of R · Computational exploration of borophane-supported single transition met · High‐Valence Metal‐Driven Electronic Modulation for Boosting Oxygen Ev · Active learning guides discovery of a champion four-metal perovskite o · Controlled Structural Activation of Iridium Single Atom Catalyst for H · In Situ Transformation of Hydrogen-Evolving CoP Nanoparticles: Toward · Enhancing Oxygen Evolution Reaction of Co-Based Catalysts via Simultan · P-modified and carbon shell coated Co nanoparticles for efficient alka · From binary to ternary: NiFeM alloys in unified electrodes for high pe · Electrodeposited mesh-type dimensionally stable anode for oxygen evolu · Amorphous IrOx nanoparticles on N-doped carbon matrix islands for enha · Realizing the potential of hydrophobic crystalline carbon as a support · Percolation-driven iridium nanotube network linking utilization and du · Design Principles for Non-Iridium-Based Oxygen Evolution Catalysts in · Electrochemically generated electrophilic peroxo species accelerates a · Superior performance of an anion exchange membrane water electrolyzer: · Effect of catalyst layer designs for high-performance and durable anio · Feasibility of Active and Durable Lattice Oxygen‐Mediated Oxygen Evolu · Mixed Transition Metal Oxide with Vacancy-Induced Lattice Distortion f · Hierarchical cobalt–nitride and –oxide co-doped porous carbon nanostru · Factors in the utilization of corrosive ruthenium in the oxygen evolut · Mn-doped Sequentially Electrodeposited Co-based Oxygen Evolution Catal · Corrosion‐Inspired Stabilization of Cobalt Oxide Catalysts via Platinu · Directly Coated Iridium Nickel Oxide on Porous‐Transport Layer as Anod · A Straightforward Model for Quantifying Local pH Gradients Governing t · Single-Step Electrodeposition of FeCo-Based Anode Catalyst with Phosph · pH-dependent mechanism of oxygen evolution in highly disordered RuO2 n · Dopant-Assisted Control of the Crystallite Domain Size in Hollow Terna · Bubble-Induced Current Heterogeneity and Spatially Nonuniform Degradat · Alteration of oxygen evolution mechanisms in layered LiCoO 2 structure · Safeguarding the RuO 2 phase against lattice oxygen oxidation during a · Atomically Dispersed Mo–S Sites Boost NiFe–Layered Double Hydroxide fo · Optimizing the Synergistic Effect of Co and Fe for Efficient and Durab · Vertical-crystalline Fe-doped β-Ni oxyhydroxides for highly active and · All‐Scale Structural Optimization of Resiliently Crystalline Na–Ce–Sn–