Add to ORKGThe study of Equation of State (EOS) at high pressures is of interest for several fields of physics, in particular astrophysics and inertial confinement fusion. Presently, no model of material behaviour above 10 Mbar has been experimentally validated and, although in the limiting case of extremely high pressure, EOS are expected to follow a Thomas-Fermi-Dira
An experiment shows that equations of state of solid matter at pressure P= 10–50 Mbar can be studied...
Understanding how matter behaves at high pressure is essential for astrophysics, condensed matter ph...
This paper describes a new experimental design which we believe can produce reasonably accurate data...
The study of Equation of State (EOS) at high pressures is of interest for several fields of physics,...
We present the results from laser driven shock wave experiments for equation of state (EOS) studies ...
We present the results from laser driven shock wave experiments for equation of state (EOS) studies ...
Laser-driven shockwave experiments have been proposed for accurate determination of equation of stat...
A knowledge of the equation of state (EOS) of matter is necessary to describe the dependence of its ...
The equation of state(EOS) of polystyrene and polypropylene were measured using laser-driven shock w...
The regime of high density and extreme pressure in hydrogen is very difficult to approach theoretica...
For many scientific and programmatic applications, it is necessary to determine the shock compressio...
Understanding high pressure behavior materials is necessary in order to address the physical process...
The high pressure equations of state of materials must be accurately known for confident design, sim...
We present some preliminary results on the equation of state (EOS) of water in a pressure regime of...
The use of basic physical and geometric principles, coupled with current laser technology, seems lik...
An experiment shows that equations of state of solid matter at pressure P= 10–50 Mbar can be studied...
Understanding how matter behaves at high pressure is essential for astrophysics, condensed matter ph...
This paper describes a new experimental design which we believe can produce reasonably accurate data...
The study of Equation of State (EOS) at high pressures is of interest for several fields of physics,...
We present the results from laser driven shock wave experiments for equation of state (EOS) studies ...
We present the results from laser driven shock wave experiments for equation of state (EOS) studies ...
Laser-driven shockwave experiments have been proposed for accurate determination of equation of stat...
A knowledge of the equation of state (EOS) of matter is necessary to describe the dependence of its ...
The equation of state(EOS) of polystyrene and polypropylene were measured using laser-driven shock w...
The regime of high density and extreme pressure in hydrogen is very difficult to approach theoretica...
For many scientific and programmatic applications, it is necessary to determine the shock compressio...
Understanding high pressure behavior materials is necessary in order to address the physical process...
The high pressure equations of state of materials must be accurately known for confident design, sim...
We present some preliminary results on the equation of state (EOS) of water in a pressure regime of...
The use of basic physical and geometric principles, coupled with current laser technology, seems lik...
An experiment shows that equations of state of solid matter at pressure P= 10–50 Mbar can be studied...
Understanding how matter behaves at high pressure is essential for astrophysics, condensed matter ph...
This paper describes a new experimental design which we believe can produce reasonably accurate data...