Crystal structure and cryogenic properties.
Mechanical properties of metals at low temperatures as function of crystal structure
CUBIC CRYSTAL↗
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Dependence of adsorption properties on surface structure for body-centered-cubic substrates.
Interaction energy of single atom adsorption at any point on single crystal planes of bcc structure, using Lennard-Jones potential
CRYSTAL SURFACE↗
Different bands for different spins. III - Solid atomic hydrogen.
AMO method applied to bcc crystal of hydrogen atoms, taking into account all many-center integrals
BODY CENTERED CUBIC /BCC/ CRYSTAL↗
Three-stage hardening in tantalum single crystals.
Three-stage hardening in tantalum single crystals deformed in tension over limited range of orientations, temperatures and strain rates
BODY CENTERED CUBIC /BCC/ CRYSTAL↗
Dependence of adsorption properties on surface structure for body-centered-cubic substrates
Dependence on surface structure for adsorption energy by single atom on body centered cubic substrate
BODY CENTERED CUBIC /BCC/ CRYSTAL↗
Effects of hydrostatic pressure on the mechanical behavior of body centered cubic refractory metals and alloys Interim technical report no. 4, 1 Jun. 1965 - 1 Jun. 1966
Hydrostatic pressure effect on mechanical behavior of body centered cubic refractory metals and alloys
MECHANICAL PROPERTY↗
Origin of the elastic limit of body-centered cubic metals at low temperature
Origin of low-temperature macroscopic elastic limit of body-centered cubic metals
METAL↗