At ambient conditions the great majority of the metallic elements have simple crystal
structures, such as face-centred or body-centred cubic, or hexagonal close-packed …

The effects of uniaxial stress on the pressure-induced α→ ω transition in pure titanium (Ti)
are investigated by means of angle dispersive X-ray diffraction in a diamond-anvil cell …

This fifth edition of the highly regarded family of titles that first published in 1965 is now a
three-volume set and over 3,000 pages. All chapters have been revised and expanded …

In this work, we utilize atomistic simulations to calculate the generalized stacking fault
energies (GSFEs), which are related to the dislocation glide process, on four types of slip …

The elastic properties of single-crystalline ω (hexagonal) phase of titanium are studied.
Understanding the elastic properties is important for the development of biomedical titanium …

We report a high superconducting transition temperature T c up to 23.6 K, renewing the
highest value in transition metals, under high pressure in the elemental metal Ti, one of the …

We present a systematic comparison of first-principles zero-temperature equations of state
and elastic constants of seven metals (aluminum, titanium, copper, tantalum, tungsten …

Superconductivity is one of most intriguing quantum phenomena, and the quest for
elemental superconductors with high critical temperature (T c) is of great scientific …

The high pressure-temperature behavior of titanium has been studied with x-ray diffraction in
resistively heated and laser-heated diamond anvil cells up to 200 GPa and∼ 3500 K. The …

Metal-ceramic multilayers have been reported to show high strength, measurable plasticity,
and a high strain-hardening rate when the crystallographic layers are a few nanometers …