Activity (Taketoshi Minato) 活動（湊丈俊）

Art exhibition in Biwako Biennale 2020

Art exhibition in Biwako Biennale 2020

Biwako Biennale 2020での展示（Oct. 10th ~ Nov. 23rd, 2020)

The acceptance of the proposal of Japan-UK joint research to JAEA

The acceptance of the proposal of Japan-UK joint research to JAEA

国立研究開発法人日本原子力研究開発機構への日英国際共同研究提案が採択（Sep. 23rd, 2020)

Direct observation of the change of the molecular structure of liquid by the charge states of the solid surface

Direct observation of the change of the molecular structure of liquid by the charge states of the solid surface

固体表面の電荷状態によって、固液界面の液体の分子構造が変化することを直接観察（Sep. 5th, 2020)

Improvements of capacity of fluoride shuttle battery reaction by an additive in electrolyte

Improvements of capacity of fluoride shuttle battery reaction by an additive in electrolyte

電解液の添加物によって、フッ化物イオンシャトル二次電池反応の容量を改善 (Aug. 7th, 2020)

The launch of new scanning probe microscope

The launch of new scanning probe microscope

走査プローブ顕微鏡が稼働（July 15th, 2020）

Discovery of a correlation between battery performances and NMR spectra of electrolyte for fluoride shuttle battery

Discovery of a correlation between battery performances and NMR spectra of electrolyte for fluoride shuttle battery

フッ化物イオンシャトル二次電池の特性と電解液のNMRスペクトルに相関を発見（July 11th, 2020）

Change of the peak shape in X-ray total scattering by the composition of electrolyte of fluoride shuttle battery

Change of the peak shape in X-ray total scattering by the composition of electrolyte of fluoride shuttle battery

フッ化物イオンシャトル二次電池の電解液の組成によってX線全散乱のピークが変化（July 6th, 2020）

Improvement of electrode reaction of fluoride shuttle battery by the enhancements of electron conduction of BiF3 composite electrode

Improvement of electrode reaction of fluoride shuttle battery by the enhancements of electron conduction of BiF3 composite electrode

フッ化ビスマス合材電極の電子伝導を改善することでフッ化物イオンシャトル二次電池の電極反応が向上（June 2nd, 2020）

Arrived at IMS

分子研に着任（June 1st, 2020）