Shock-induced α–ω transition in titanium
Equilibrium free energies for the α and ω phases of Ti are constructed. The result is a
consistent picture of the ambient pressure, static high pressure, and shock data, as well as
first-principles electronic structure calculations. The Hugoniot consists of three segments: a
metastable α-phase region, a transition region, and an ω-phase branch. All the Hugoniot
data are consistent with a transition occurring at∼ 12 GPa. An early identification [RG
McQueen et al., in High Velocity Impact Phenomena, edited by R. Kinslow (Academic, New …
consistent picture of the ambient pressure, static high pressure, and shock data, as well as
first-principles electronic structure calculations. The Hugoniot consists of three segments: a
metastable α-phase region, a transition region, and an ω-phase branch. All the Hugoniot
data are consistent with a transition occurring at∼ 12 GPa. An early identification [RG
McQueen et al., in High Velocity Impact Phenomena, edited by R. Kinslow (Academic, New …
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