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Licensed Unlicensed Requires Authentication Published by De Gruyter (O) April 30, 1989

Hydrogen in Metal Superlattices: Strain Modulation and Critical Fluctuations*

  • H. Zabel and P.F. Miceli
From the journal Zeitschrift für Physikalische Chemie
https://doi.org/10.1524/zpch.1989.163.Part_1.0003
Published Online: 1989-4-30
Published in Print: 1989-2-1

© R. Oldenbourg Verlag, München

From the journal
Zeitschrift für Physikalische Chemie
Zeitschrift für Physikalische Chemie
Volume 163 Issue 1
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Journal and Issue

Articles in the same Issue

Hydrogen in Metal Superlattices: Strain Modulation and Critical Fluctuations*
Coherent M — H Systems, Macroscopic Hydrogen Density Modes and Some Related Physics*
Metal Tritides — Selected Properties*
Evolution of the Lattice Damage in Tantalum Tritides*
Experimental Determination of Absorption-Desorption Isotherms by Computer-Controlled Gravimetric Analysis*
Electronic and Elastic Effects in the Phase Diagrams of Binary Pd Alloy Hydrides*
Atomic Dimensional Influences on Patterns of p-c(n)-T and other Relationships of Palladium Alloy — Hydrogen Systems*
The Solubility of H, D, and T in Pd(1−Z)Agz Alloys (Z = 0 to 1)*
Hydrogen Caused Ordering in PdAg Alloy*
Order-Disorder Transformations and Hydrogen Solubility in a Series of Pd — Y Solid Solution Alloys*
Anelastic Relaxation in Single Crystal Sheets of PdHx
Hydrogen Absorption at 170 K in Thin Pd — Ni Films*
Investigation of the Phase Diagram of ZrV2 — H by Resistivity Measurements*
The Thermodynamics of the ZrMn2+x — Hydrogen System*
Phase Relations in the Titanium — Vanadium — Hydrogen System*
TDPAC Study of the Order-Disorder Transition in HfV2H4*
Hydrogen in Nb — Hf — Nb Layered Structures*
Reaction of Hydrogen with the Heusler-Type Phases Cu2TiAl and Cu2ZrAl*
Hydrogen Absorption in Nb/V Multilayer Films*
Progress in the T-X Phase Diagram of the Solid Solution CeH2 — CeH3
Progress in the T-X Phase Diagram of the Solid Solution CeH2 — CeH3
The LaNi5—H2 System at T = 358K: An Investigation by Heat-Conduction Calorimetry*
Influence of Hysteresis on the Thermodynamic Properties of the LaNi5 — H2 System*
Phase Equilibria of PrH2 — H and NdH2 — H Systems*
Low Temperature Specific Heat of Ytterbium and Europium Dihydrides*
Structural and Magnetic Properties of ThMn12 Type Compounds Effects of Hydridation*
Site Occupancy and Phase Stability of some Metal Hydrides*
Investigation of Stress-Induced States of Hydrogen in Vanadium*
Stress Induced Redistribution of Deuterium Atoms in α-NbD0.2*
Ordering of the Nb—H β-Phase Studied by PAC*
Investigation of Hydrogen and Deuterium in Crystalline Solids by Fast Ion Channelling*
Hydrogen Trapping by Solute Atoms in Nb — Mo Alloys as Observed by the Channelling Method*
A Neutron Scattering Study of Deuterium Trapping by Dislocations*
Determination of Hydrogen Site Occupancy in Cubic Mg2NiH4 by SCF-Xα-SW Calculations and Free Energy Considerations*
A Neutron Powder Diffraction Study of Pd3MnDx*
Neutron Diffraction Studies of Zr2NiH(D)x Hydrides*
Determination of Hydrogen Atom Configurations in Mg2NiH4 by Entropy Considerations and Infrared Spectra*
Li2PdH2 — a Novel Hydride with a Linear PdH2 Complex*
Thermal Stability and Phase Studies of LiH + BeH2 System*
Structure of NaGaH4(D4)*
Phase Separation in Hf2Fe Hydrides*
Hydrogen Site Occupation and Mobility in Hf2Ni Hydrides*
Structural Investigations in (Zr — Ti) — (Mn — Fe) Alloys Having Large Hydrogen Storage Performances*
Structural and Electronic Transformation of (La,Ce)Ni2 Compounds upon Hydrogenation*
The Valence Change Induced by Hydrogen Absorption in CeRu2: Structural Results*
Valence Change and Structural Local Disorder Induced by Hydrogen Absorption in CeRu2 and CeFe2 Studied by EXAFS and XANES Spectroscopy*
X-Ray and Neutron Scattering Investigations of YCo3 — H*
The Structure and Properties of LaNi5H3*
Numerical Evaluation of Second and Fourth Moments and Shapes of 1H NMR Lines for Cerium Single Crystal Hydrides*
1H NMR Study of the SmH2 — SmH3 System*
Synthesis and Characterization of (Ca2−xEux)RuH6*
Electronic and Structural Properties of the Light Actinide Hydrides — Recent Measurements*
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