AB2-type rare earth-based compounds with C-15 structure: Looking for reversible hydrogen storage materials
H Shen, J Zhang, V Paul-Boncour, P Li, Z Li, Y Wu… - Journal of Rare …, 2024 - Elsevier
Abstract AB 2-type (A= rare earth, B= transition metal) intermetallic compounds with C 15
structure can easily absorb large amount of hydrogen, showing their potential use as …
structure can easily absorb large amount of hydrogen, showing their potential use as …
Hydrogen absorption–desorption features and degradation mechanism of ErNi3 compound
SC ** elements (Cu and Fe) on the crystal structure and electrical resistivity of YNi3 and Y0. 95Ni2
Intermetallic compounds RMn (R= rare earth, M= 3delement, n= 2 or 3) exhibit a large
variety of interesting physical properties. Some of these compounds also absorb large …
variety of interesting physical properties. Some of these compounds also absorb large …
Influence of do** elements (Y and Fe) on crystal structure and electrical resistivity of the RNi2 (R= Gd, Er) compounds
The ternary R0. 85Y0. 15Ni2 and RNi1. 85Fe0. 15 (R= Gd and Er) phases have been
investigated to study the influence of do** elements (Y, Fe) on the crystal structure and …
investigated to study the influence of do** elements (Y, Fe) on the crystal structure and …
Structural and thermodynamic studies of Y based AB2 hydride forming alloys Étude structurale et thermodynamique des alliages hydrurables de type AB2 à base de Y
H Shen - 2022 - hal.science
The structural and thermodynamic studies of Y based AB2 hydride forming alloys AB2-type
alloys (A= rare earth, B= transition metals) show higher theoretical hydrogen absorption …
alloys (A= rare earth, B= transition metals) show higher theoretical hydrogen absorption …
Crystal structures and hydrogenation–dehydrogenation characteristics of Er (Ni1− xMnx) 2
QA Zhang, ZQ Dong, SC ** elements (Y, Fe, V) on magnetic properties of RM2 (R= Gd, Er; M= Fe, Co, Ni) Laves phases and their hydrides
Abstract The ternary R 0.85 Y 0.15 Ni 2, RNi 1.85 Fe 0.15 (R= Gd and Er), ErM 1.85 V 0.15
(M= Fe, Co) and Er (Fe, Co) 1.85 V 0.15 phases have been investigated for the influence of …
(M= Fe, Co) and Er (Fe, Co) 1.85 V 0.15 phases have been investigated for the influence of …
Structural and thermodynamic studies of Y based AB2 hydride forming alloys
H Shen - 2022 - theses.hal.science
RM2-type alloys (R= rare earth, M= transition metals) with the C15 Laves phase structure
possess more tetrahedral sites than rare earth based AB5 and ABn (3≤ n≤ 4) alloys to …
possess more tetrahedral sites than rare earth based AB5 and ABn (3≤ n≤ 4) alloys to …