Add to ORKGUsing ab initio methodology, a comprehensive study has been carried out on the structural, electronic, mechanical, and thermal properties of Zr4C4 under high pressures in increments of 10 GPa from atmospheric pressure to 100 GPa
The effect of applied pressure on reactive hot pressing (RHP) of zirconium (Zr):graphite (C) in mola...
The effect of applied pressure on reactive hot pressing (RHP) of zirconium (Zr):graphite (C) in mola...
Combining first-principles calculations with an unbiased structural searching method (CALYPSO), we u...
Superhard materials are indispensable for use in cutting and polishing, as well as for nuclear react...
With a motivation to understand the effect of pressure on the thermophysi-cal properties of a transi...
As a prototype refractory and hard transition-metal carbide, the stability of zirconium carbide (ZrC...
The structural energy differences have been calculated for zirconium as a function of pressure at ze...
The elasticity, dynamic properties, and superconductivity of alpha, omega, and beta Zr upon compress...
This is a data set that supports a first-principles investigation into the phase stability of zircon...
First-principles calculations of lattice thermal conductivities and thermodynamic properties of Zr2C...
We have systematically studied the structural, elastic, electronic, dynamical and thermodynamical pr...
We studied the phase-transition induced texture changes and strengthening mechanism for zirconium me...
We studied the phase-transition induced texture changes and strengthening mechanism for zirconium me...
We studied the phase-transition induced texture changes and strengthening mechanism for zirconium me...
In this paper, we predicted the possible mechanical properties and presented the electronic structur...
The effect of applied pressure on reactive hot pressing (RHP) of zirconium (Zr):graphite (C) in mola...
The effect of applied pressure on reactive hot pressing (RHP) of zirconium (Zr):graphite (C) in mola...
Combining first-principles calculations with an unbiased structural searching method (CALYPSO), we u...
Superhard materials are indispensable for use in cutting and polishing, as well as for nuclear react...
With a motivation to understand the effect of pressure on the thermophysi-cal properties of a transi...
As a prototype refractory and hard transition-metal carbide, the stability of zirconium carbide (ZrC...
The structural energy differences have been calculated for zirconium as a function of pressure at ze...
The elasticity, dynamic properties, and superconductivity of alpha, omega, and beta Zr upon compress...
This is a data set that supports a first-principles investigation into the phase stability of zircon...
First-principles calculations of lattice thermal conductivities and thermodynamic properties of Zr2C...
We have systematically studied the structural, elastic, electronic, dynamical and thermodynamical pr...
We studied the phase-transition induced texture changes and strengthening mechanism for zirconium me...
We studied the phase-transition induced texture changes and strengthening mechanism for zirconium me...
We studied the phase-transition induced texture changes and strengthening mechanism for zirconium me...
In this paper, we predicted the possible mechanical properties and presented the electronic structur...
The effect of applied pressure on reactive hot pressing (RHP) of zirconium (Zr):graphite (C) in mola...
The effect of applied pressure on reactive hot pressing (RHP) of zirconium (Zr):graphite (C) in mola...
Combining first-principles calculations with an unbiased structural searching method (CALYPSO), we u...