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Hydriding properties of (Mg
1-x
M
x
)Ni
2
C15-type laves phase alloys
Naoyoshi Terashita,
Etsuo Akiba
Research output
:
Contribution to journal
›
Article
›
peer-review
15
Citations (Scopus)
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Dive into the research topics of 'Hydriding properties of (Mg
1-x
M
x
)Ni
2
C15-type laves phase alloys'. Together they form a unique fingerprint.
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Chemistry
Alloy
100%
Hydrogen
42%
Structure
28%
Atom
28%
Laves Phase
28%
Procedure
14%
Pressure
14%
Crystal Structure
14%
Decomposition
14%
Disproportionation
14%
Amorphization
14%
Intermetallic Compound
14%
Isotherm
14%
Physics
Alloy
100%
Laves Phase
57%
Hydrogen
42%
Dehydrogenation
28%
Cycles
14%
Pressure
14%
Melting Point
14%
Decomposition
14%
Crystal Structure
14%
Earth and Planetary Sciences
Alloy
100%
Hydrogen
42%
Hydrogenation
28%
Dehydrogenation
28%
Surface Pressure
14%
Content
14%
Decomposition
14%
Crystal Structure
14%
Isotherm
14%
Chemical Engineering
Hydrogen
42%
Gas Fuel Measurement
14%
Isotherm
14%
Material Science
Intermetallics
14%
Crystal Structure
14%