*Riki KATAOKA¹, Noboru Taguchi¹, Mitsunori Kitta¹, Nobuhiko Takeichi¹, Utsumi Reina², Hiroyuki Saitoh², Masashi Nozaki³, Atsunori Kamegawa³ (1. AIST, 2. QST, 3. Muroran Institute of Technology)

4:10 PM - 4:25 PM

[S2.30] Effect of trace amount of Al on enhanced hydrogen release in Al-Mn alloy hydride

*Reina Utsumi^1,2, Saya Ajito⁴, Yuki Nakahira¹, Hiroyuki Saitoh^1,3, Tetsu Watanuki^1,3, Toyoto Sato⁵, Shigeyuki Takagi⁴, Eiji Akiyama⁴, Shin-ichi Orimo^4,6 (1. QuBS, QST, 2. Univ. of Hyogo, 3. Univ. of Hyogo, 4. Tohoku Univ. IMR, 5. Shibaura Inst. Tech., 6. Tohoku Univ. WPI-AIMR)

Session information

[S2] S2.Hydrogen Energy Materials - X(2)

[S2.23] New particle surface modification processes based on plasma techniques and their applications of advanced catalysts toward carbon neutrality

[S2.24] Process design of a Cu-Cl thermochemical cycle for hydrogen production compatible with nuclear fusion heat sources

[S2.25] Kinetic modeling of hydrogen desorption from titanium by induction heating

[S2.26] Optimizing magnetic anisotropy of PdCo films for hydrogen gas detection

[S2.27] Absorption kinetics of protium and deuterium in titanium: Experiments and modeling

[S2.28] Creation of novel catalysis materials using hydrogen storage alloys

[S2.29] Synthesis of FCC-YH₃ high pressure phase by quenching under high pressure

[S2.30] Effect of trace amount of Al on enhanced hydrogen release in Al-Mn alloy hydride

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