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  • 기본썸네일이미지
    117
    Coordination environment design for LOHC dehydrogenation catalysts: From stepwise mechanisms to design principles (Elsevier, IF: 25.6, JCR: 1.1%)
    Coordination Chemistry Reviews, 2026, 566, 218157.
    Junsoo Ha✝ Sojin Hong✝ ByeongJo Shim Seungmok Han Seunggeon Ko Hee Soo Kim Chang Won Yoon*
  • 기본썸네일이미지
    116
    Vacuum‐Induced Ru Anchoring on MCM‐41 With Alkali Promotion for Robust Ammonia Decomposition (Wiley, IF: 4.1, JCR: 46.9%)
    ChemCatChem, 2026, 18(14), e70942.
    Seungmok Han Gahong Kim Junyoung Cha ByeongJo Shim Joon Seong Kim Hyangsoo Jeong Yongmin Kim Hyuntae Sohn* Chang Won Yoon*
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  • 기본썸네일이미지
    115
    Ru Speciation and Promoter Instability: Decoupling Activity and Stability in Ru/MgAl2O4 Ammonia Decomposition Catalysts (Elsevier, IF: 19.7, JCR: 1.7%)
    Applied Catalysis B: Environment and Energy, 2026, 127113.
    Solicha Annur Hanifah Hyunsik Hwang Jin Su Kim Mihyun Kim Gahong Kim Beom-Sik Kim Chang Houn Rhee Chang Won Yoon Hyangsoo Jeong Yongmin Kim Suk Woo Nam Jaewook Kim* Hyuntae Sohn* Keunsoo Kim*
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  • Dependence of catalytic properties of strongly supported platinum clusters with atom counts (AAAS, IF: 45.8, JCR:1.8%)
    114
    Dependence of catalytic properties of strongly supported platinum clusters with atom counts (AAAS, IF: 45.8, JCR:1.8%)
    Science, 2026, 392, 958-965
    Chyan Kyung Song† Junhyeok Jung† Shyama Charan Mandal Sungsu Kang Tae Yong Kim Chan Kim Gyeongrok Jang Hyungjoo Kim Younhwa Kim Kyung Rok Lee Ji Soo Kim Junjie Chen Yongmin Kim Chang Won Yoon Thomas F Jaramillo Matteo Cargnello Frank Abild-Pedersen Jungwon Park*
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  • Interstitial boron-driven Pt surface strain for durable methylcyclohexane dehydrogenation (Elsevier, IF:6.9, JCR: 13%)
    113
    Interstitial boron-driven Pt surface strain for durable methylcyclohexane dehydrogenation (Elsevier, IF:6.9, JCR: 13%)
    Applied Surface Science, 2026, 729, 166234.
    ByeongJo Shim K.C. Bhamu Sojin Hong Min Gyu Kim Dongjun Kim NaHyeon Hong Jungwon Park Sung Gu Kang* Chang Won Yoon*
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  • Scalable Atomic-Layer Tailoring of Abundant Oxide Supports Unlocks Superior Interfaces for Low-Metal-Loading Dehydrogenation (Wiley, IF: 17, JCR: 6.1%)
    112
    Scalable Atomic-Layer Tailoring of Abundant Oxide Supports Unlocks Superior Interfaces for Low-Metal-Loading Dehydrogenation (Wiley, IF: 17, JCR: 6.1%)
    Angewandte Chemie, 2025, 137(9), e202417598.
    Yeonsu Kwak Yu-Jin Lee Seongeun Moon Kimoon Lee Safira Ramadhani Eui-Rim On Chang-il Ahn Son-Jong Hwang Hyuntae Sohn Hyangsoo Jeong Chang Won Yoon Yongmin Kim
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  • Mixture of methylbiphenyls as potential liquid organic hydrogen carriers (Royal Society of Chemistry, IF: 11.3, JCR: 4.9%)
    111
    Mixture of methylbiphenyls as potential liquid organic hydrogen carriers (Royal Society of Chemistry, IF: 11.3, JCR: 4.9%)
    Physical Chemistry Chemical Physics, 2025, 27, 21982-21993.
    Byeong Soo Shin† Seon Hwa Baek† Joori Jung Chang Won Yoon Sang Kyu Kwak Won-Sik Han Jeong Won Kang
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  • Chemical Bonds Containing Hydrogen: Choices for Hydrogen Carriers and Catalysts (Wiley, IF: 17, JCR: 6.1%)
    110
    Chemical Bonds Containing Hydrogen: Choices for Hydrogen Carriers and Catalysts (Wiley, IF: 17, JCR: 6.1%)
    Angewandte Chemie International Edition, 2025, 64(21), e202423661.
    James Cashel Dai Yan Rui Han Hyangsoo Jeong Chang Won Yoon John Arnold Ambay Yongfeng Liu Alison T Ung Limei Yang Zhenguo Huang
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  • Direct electrolysis of liquid anhydrous ammonia for continuous production of high-purity, pressurized hydrogen at ambient temperature (Royal Society of Chemistry, IF: 8.1, JCR: 22.4%)
    109
    Direct electrolysis of liquid anhydrous ammonia for continuous production of high-purity, pressurized hydrogen at ambient temperature (Royal Society of Chemistry, IF: 8.1, JCR: 22.4%)
    EES Catalysis, 2025, 3, 694-700.
    Seungmok Han Junsoo Ha Jae Seung Lee Hyukjoo Lee Chang Hyun Lee Kangwoo Cho Chang Won Yoon*
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  • Thermally manageable and scalable reactor configurations towards efficient hydrogen release from liquid organic hydrogen carriers (Elsevier, IF: 9.9 , JCR: 1.5%)
    108
    Thermally manageable and scalable reactor configurations towards efficient hydrogen release from liquid organic hydrogen carriers (Elsevier, IF: 9.9 , JCR: 1.5%)
    Energy Conversion and Management, 2024, 307, 118345.
    Dong Gyun Kang✝ Yeonsu Kwak✝ Seongeun Moon Woo Jong Jeong Safira Ramadhani Suk Woo Nam Hyangsoo Jeong Hyuntae Sohn Youn Suk Jo Chang Won Yoon Yongmin Kim*
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