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セシウムを含む粘土鉱物のナノスケール化学状態分析によりセシウム除去プロセスの開発を探る; 軟X線放射光光電子顕微鏡の絶縁物観察への応用

Exploring the development of cesium removal processes via nanoscale chemical state analysis of cesium-containing clay minerals; Application of soft X-ray synchrotron radiation photoelectron microscopy to observe insulating materials

吉越 章隆

Yoshigoe, Akitaka

次世代放射光利用に関する啓蒙書の分担執筆を行う。2018年出版の論文[Appl. Phys. Lett.112 (2018) 021603]の内容を解説するとともに、次世代放射光を光源とする光電子顕微鏡の発展と環境試料や絶縁性機能性材料分析への可能性を記述する。

The educational book on next-generation synchrotron radiation usage is partially written. This book is being planned by several professors at Tohoku University. In this book, the contents which have already reported in our recent paper [Appl. Phys. Lett. 112 (2018) 021603.] are mainly written. The future perspective on photoemission electron microscopy using next generation synchrotron radiation and its possibility to analyze environmental samples and insulating functional materials are also described.

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