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博士論文

プラズモンとナノ共振器のカップリングにより発現する特異な表面増強ラマン散乱とそれを用いた強結合下における水の酸化の増強メカニズム解明

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DOI[10.14943/doctoral.k15697]to the data of the same series

プラズモンとナノ共振器のカップリングにより発現する特異な表面増強ラマン散乱とそれを用いた強結合下における水の酸化の増強メカニズム解明

Persistent ID (NDL)
info:ndljp/pid/13520726
Material type
博士論文
Author
Zang, Xiaoqian
Publisher
Hokkaido University
Publication date
2023-12-25
Material Format
Digital
Capacity, size, etc.
-
Name of awarding university/degree
北海道大学,博士(情報科学)
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(主査) 教授 橋本 守, 教授 岡嶋 孝治, 教授 笹木 敬司, 名誉教授 三澤弘明 (北海道大学・電子科学研究所)情報科学研究科(生命人間情報科学専攻)

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Summary, etc.：

Noble metal nanoparticles (NPs) such as gold and silver, are of great interest due to their unique optical, magnetic, and electronic properties based ...

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Digital

Material Type
博士論文
Title
プラズモンとナノ共振器のカップリングにより発現する特異な表面増強ラマン散乱とそれを用いた強結合下における水の酸化の増強メカニズム解明
Author/Editor
Zang, Xiaoqian
Author Heading
Zang, Xiaoqian
Publication, Distribution, etc.
Hokkaido University
Publication Date
2023-12-25
Publication Date (W3CDTF)
2023-12-25
Alternative Title
Unique Surface Enhanced Raman Scattering Induced by Plasmon-Nanocavity Coupling and its Application to Elucidating the Mechanism of Enhanced Water Oxidation Under the Strong Coupling Conditions
Degree grantor/type
北海道大学
Date Granted
2023-12-25