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We synthesize a series of new (Ti, Zr)4Ni2N0.5–1.0 subnitrides with Fe3W3C-type structure (space group Fd -3m, Z = 16, and the Pearson symbol cF112 ). Their hydrogen-sorption properties are investigated (both from the gas phase and electrochemically). It is shown that the alloys may absorb up to 2.5 wt.% hydrogen. The maximum discharge capacitance is detected for Ti4Ni2N0.5. Three new hydrides (Ti...
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