Rchr
J-GLOBAL ID:200901007689171705
Update date: Apr. 28, 2020
Lee young Jea
リ ジエヨン | Lee young Jea
Affiliation and department:
旧所属 東京農工大学 大学院工学教育部 応用化学専攻
About 旧所属 東京農工大学 大学院工学教育部 応用化学専攻
Search "旧所属 東京農工大学 大学院工学教育部 応用化学専攻"
Job title:
大学院学生(博士課程)
Research field (1):
Catalytic processes and resource chemistry
Research keywords (2):
catalyst・chemical process
, 触媒・化学プロセス
Research theme for competitive and other funds (4):
2001 - 2004 担持貴金属触媒を用いた新規脱硫触媒の開発
2001 - 2003 Development of New hydrogen desulfurization Catalyst using supported Nobel metal catalyst
2000 - 2001 イソブテンの接触酸化脱水素反応による高選択的なP-キシレン合成方法の開発
2000 - 2001 Development of high selective synthesis method of P-xylene from iso-Butene using a catalytic dehydrogenation reaction
MISC (4):
A Ishihara, JY Lee, F Dumeignil, M Takashi, EW Qian, T Kabe. Elucidation of retarding effects of sulfur and nitrogen compounds on aromatic compounds hydrogenation. ENERGY & FUELS. 2003. 17. 5. 1338-1345
A Ishihara, JY Lee, F Dumeignil, M Takashi, EW Qian, T Kabe. Elucidation of retarding effects of sulfur and nitrogen compounds on aromatic compounds hydrogenation. ENERGY & FUELS. 2003. 17. 5. 1338-1345
A Ishihara, J Lee, F Dumeignil, R Higashi, AJ Wang, EW Qian, T Kabe. Elucidation of sulfidation state and hydrodesulfurization mechanism on ruthenium-cesium sulfide catalysts using S-35 radioisotope tracer methods. JOURNAL OF CATALYSIS. 2003. 217. 1. 59-68
A Ishihara, J Lee, F Dumeignil, R Higashi, AJ Wang, EW Qian, T Kabe. Elucidation of sulfidation state and hydrodesulfurization mechanism on ruthenium-cesium sulfide catalysts using S-35 radioisotope tracer methods. JOURNAL OF CATALYSIS. 2003. 217. 1. 59-68
Education (4):
- 2000 Tokyo University of Agriculture and Technology
- 2000 Tokyo University of Agriculture and Technology Graduate School, Division of Engineering
- 1994 慶北産業大学 工学部 工業化学
Kyungpook Sanup University Faculty of Engineering Industrial Chemistry
Professional career (1):
(BLANK)
Association Membership(s) (2):
触媒学会
, Catalysis Society of Japan
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