The volume expansion of tantalum due to the dissolved hydrogen has been determined using Bragg equation. The hydrogen was dissolved in the pure tantalum metal at constant temperature (360 °C) and constant pressure (132 mbar) by varying the duration of hydrogen charging. The amount of dissolved hydrogen was within the solid solubility limit. The samples with different hydrogen concentration were analyzed by X-ray diffraction technique. Slight peak shifts as well as peak broadening were observed. The relative changes of lattice param-eters plotted against the hydrogen concentration revealed that the lattice parameters varied linearly with the hydrogen concentration
Density functional theory and Bader charge analyses were used to investigate the charge state of hyd...
The role of the dimensionality and strain state of metallic lattices on the phase behavior of dissol...
Hydrogen can be inadvertently added to Nitinol medical devices through electropolishing, caustic cle...
The elastic constants of tantalum were measured in the pure state and at several concentrations of h...
Proton spin-lattice relaxation times T/sub 1/ were measured over a wide range of temperature (77 K t...
The lattice expansion of ..cap alpha..-FeTiH/sub x/ was found to be anomalously small as a function ...
86 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1974.U of I OnlyRestricted to the U...
Abstract- Products of interactions of transition metals with hydrogen exhibit retentions of essentia...
The first part of this paper describes a combination of physical metallurgical techniques and hydrog...
Hydrogen has been dissolved in Nb/Ta superlattices for which the structural and thermodynamic prope...
An investigation of the low temperature tensile properties of tantalum and of tantalum containing ad...
II. Fundamental properties of hydrogen in metals 1. Equilibrium pressure and solubility 2. Diffusivi...
The ultrasonic attenuation of tantalum containing approximately 500 atomic ppm of hydrogen has been ...
Modeling hydrogen-induced embrittlement in metals requires a clear understanding of the effects of h...
Solid-solubility limits at 1500, 1000, snd 500/sup o/C for carbon, nitrogen, and oxygen in high-puni...
Density functional theory and Bader charge analyses were used to investigate the charge state of hyd...
The role of the dimensionality and strain state of metallic lattices on the phase behavior of dissol...
Hydrogen can be inadvertently added to Nitinol medical devices through electropolishing, caustic cle...
The elastic constants of tantalum were measured in the pure state and at several concentrations of h...
Proton spin-lattice relaxation times T/sub 1/ were measured over a wide range of temperature (77 K t...
The lattice expansion of ..cap alpha..-FeTiH/sub x/ was found to be anomalously small as a function ...
86 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1974.U of I OnlyRestricted to the U...
Abstract- Products of interactions of transition metals with hydrogen exhibit retentions of essentia...
The first part of this paper describes a combination of physical metallurgical techniques and hydrog...
Hydrogen has been dissolved in Nb/Ta superlattices for which the structural and thermodynamic prope...
An investigation of the low temperature tensile properties of tantalum and of tantalum containing ad...
II. Fundamental properties of hydrogen in metals 1. Equilibrium pressure and solubility 2. Diffusivi...
The ultrasonic attenuation of tantalum containing approximately 500 atomic ppm of hydrogen has been ...
Modeling hydrogen-induced embrittlement in metals requires a clear understanding of the effects of h...
Solid-solubility limits at 1500, 1000, snd 500/sup o/C for carbon, nitrogen, and oxygen in high-puni...
Density functional theory and Bader charge analyses were used to investigate the charge state of hyd...
The role of the dimensionality and strain state of metallic lattices on the phase behavior of dissol...
Hydrogen can be inadvertently added to Nitinol medical devices through electropolishing, caustic cle...