NMR study of metal-hydrogen systems for hydrogen storage
VS Kasperovich, MG Shelyapina, B Khar'Kov… - Journal of alloys and …, 2011 - Elsevier
VS Kasperovich, MG Shelyapina, B Khar'Kov, I Rykov, V Osipov, E Kurenkova, AV Ievlev…
Journal of alloys and compounds, 2011•ElsevierIn this contribution we report on the results of our recent 1H NMR studies of different metal
hydrides of interest for reversible hydrogen storage applications: Ti–V–Cr alloys of various
compositions, pure and with Zr7Ni10 or Hf7Ni10 additives, and in additives themselves. The
temperature dependences of 1H spin-lattice relaxation have been treated within an
exchange model.
hydrides of interest for reversible hydrogen storage applications: Ti–V–Cr alloys of various
compositions, pure and with Zr7Ni10 or Hf7Ni10 additives, and in additives themselves. The
temperature dependences of 1H spin-lattice relaxation have been treated within an
exchange model.
In this contribution we report on the results of our recent 1H NMR studies of different metal hydrides of interest for reversible hydrogen storage applications: Ti–V–Cr alloys of various compositions, pure and with Zr7Ni10 or Hf7Ni10 additives, and in additives themselves. The temperature dependences of 1H spin-lattice relaxation have been treated within an exchange model.
Elsevier
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