Real-Time Detection of Sub-ppm Aromatic Compounds in Alcohol by Surface Plasmon Resonance Using Label-Free Graphene-Energy & Environmental Materials2025年01期-手机知网

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Real-Time Detection of Sub-ppm Aromatic Compounds in Alcohol by Surface Plasmon Resonance Using Label-Free Graphene

Department of Materials Science and Engineering, Research Institute of Advanced Materials, Seoul National University;Department of Mechanical Engineering, Massachusetts Institute of Technology;Infra Analysis Team, Global Manufacturing & Infra Technology, Samsung Electronics;Department of Chemistry, Seoul National University | Sung Hwan Cho Jun Min Suh Wontaek Kim Jaehyun Kim Yeong Jae Kim Tae Hyung Lee Jae Young Kim Jaegun Sim Seung Won Choi Byung Hee Hong So Young Kim Ho Won Jang

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The increasing importance of high-purity isopropyl alcohol(IPA) in semiconductor processing technology has led to a higher de...

机　构:

Department of Materials Science and Engineering, Research Institute of Advanced Materials, Seoul National University；Department of Mechanical Engineering, Massachusetts Institute of Technology；Infra Analysis Team, Global Manufacturing & Infra Technology, Samsung Electronics；Department of Chemistry, Seoul National University；

领　域:

有机化工；自动化技术；

关键词:

density functional theory；graphene；liquid sensor；surface plasmon resonance；π-π stacking interaction；

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Energy & Environmental Materials

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