Much of our knowledge of the properties of matter at high pressures, from the static ruby pressure scale to shock compression at Gbar pressures, rests ultimately on the use of shock waves. Simple conservation relations define the initial and final states, leading to absolute measurements. I will describe some methods for measuring the equation of state of materials under shock loading for a variety of methods of shock production, and also describe the basis for other optical methods used widely in shock physics
Particular attention is given to the production of very high pressures by colliding thin metal plate...
Constitutive models used in computational prediction of high-rate deformation related to SBSS are de...
Abstract We apply ultrafast single shot interferometry to determine the pressure and density of argo...
This book introduces the core concepts of the shock wave physics of condensed matter, taking a conti...
An experiment shows that equations of state of solid matter at pressure P= 10–50 Mbar can be studied...
Shock-wave data play a unique role in the study of the interior of the Earth in that at pressures of...
Shock-wave data play a unique role in the study of the interior of the Earth in that at pressures of...
Laser-driven shockwave experiments have been proposed for accurate determination of equation of stat...
Shock wave techniques have become a standard tool for studying the high pressure dynamic response of...
High precision polystyrene equation of state data were measured using laser-driven shock waves with ...
Analytical expressions were developed using gas dynamic equations to evaluate the energy associated ...
Understanding how matter behaves at high pressure is essential for astrophysics, condensed matter ph...
The study of Equation of State (EOS) at high pressures is of interest for several fields of physics,...
This book is the first of several volumes on solids in the Shock Wave Science and Technology Referen...
The study of Equation of State (EOS) at high pressures is of interest for several fields of physics,...
Particular attention is given to the production of very high pressures by colliding thin metal plate...
Constitutive models used in computational prediction of high-rate deformation related to SBSS are de...
Abstract We apply ultrafast single shot interferometry to determine the pressure and density of argo...
This book introduces the core concepts of the shock wave physics of condensed matter, taking a conti...
An experiment shows that equations of state of solid matter at pressure P= 10–50 Mbar can be studied...
Shock-wave data play a unique role in the study of the interior of the Earth in that at pressures of...
Shock-wave data play a unique role in the study of the interior of the Earth in that at pressures of...
Laser-driven shockwave experiments have been proposed for accurate determination of equation of stat...
Shock wave techniques have become a standard tool for studying the high pressure dynamic response of...
High precision polystyrene equation of state data were measured using laser-driven shock waves with ...
Analytical expressions were developed using gas dynamic equations to evaluate the energy associated ...
Understanding how matter behaves at high pressure is essential for astrophysics, condensed matter ph...
The study of Equation of State (EOS) at high pressures is of interest for several fields of physics,...
This book is the first of several volumes on solids in the Shock Wave Science and Technology Referen...
The study of Equation of State (EOS) at high pressures is of interest for several fields of physics,...
Particular attention is given to the production of very high pressures by colliding thin metal plate...
Constitutive models used in computational prediction of high-rate deformation related to SBSS are de...
Abstract We apply ultrafast single shot interferometry to determine the pressure and density of argo...