1. ホーム
  2. Topics
  3. 教育・研究成果
  4. 量子物理工学(旧センシングデバイス)研究室のProm Kantuptimさん(博士後期課程1年)が、第68回応用物理学会 春季学術講演会においてPoster Awardを受賞

量子物理工学(旧センシングデバイス)研究室のProm Kantuptimさん(博士後期課程1年)が、第68回応用物理学会 春季学術講演会においてPoster Awardを受賞

受賞概要

0406prom 本文写真.png

2021年3月16〜19日にオンライン開催された、第68回応用物理学会春季学術講演会において、量子物理工学(旧センシングデバイス)研究室のProm Kantuptimさん(博士後期課程1年)がPoster Awardを受賞しました。同賞は、第68回応用物理学会春季学術講演会で発表された529件のポスター発表のうち、14件の優秀な発表に対して授与されました。

【写真左から Prom Kantuptimさん、河口範明准教授】

研究題目・論文タイトル

Optical and scintillation properties of Ce-doped La2Si2O7 ­crystal

研究者・著者

Prom Kantuptim (D1), Masaki Akatsuka (D3), Daisuke Nakauchi (Assistant Professor), Takumi Kato (Assistant Professor), Noriaki Kawaguchi (Associate professor), Takayuki Yanagida (Professor)

受賞者コメント

First of all, I would like to humbly thanks the co-authors including professor Yanagida, associate professor Kawauchi, and all the applied quantum physics (sensing device) laboratory staff. My sincere also extend to laboratory members. This work could not be successfully achieved without their guidance. I always give high priority to create the optimum ways to deliver my work to the science community. I believe a good presentation will encourage a good discussion from the expert in the field, and that is one of the best ways to improving the research. Finally, I would like to share my award with fellow students at NAIST who have dedicated their effort to research in this difficult time of the COVID-19 pandemic. I wish you have greatly successful in the research, and also the private life.

受賞対象となった研究の内容

The scintillator is one of the phosphor materials that can convert the high energy ionizing radiations such as photons (X- or γ-ray), neutron, or charged particles into lower-energy photons such as ultraviolet, visible, and near-infrared light. The combination of scintillator and photodetector has been widely used for radiation measuring instruments in many scientific fields. The study of inorganics scintillator is always looking for new materials that have high light yields, fast scintillation decay time, good energy resolution, and low afterglow. All of these desirable properties can be found in the lanthanide-doped materials, especially Ce. This research has the aim to study and investigate the La2Si2O7 (LaPS) for the new host materials for Ce on both optical and scintillation properties.


量子物理工学研究室のホームページはこちらをご覧ください。