Measurements on deformation across multiple temporal and spatial scales are critical to making concrete connections between different scales indispensable for the development of physics-based models.
Silicon is the second abundant element,after oxygen,in the earth crust.It is essential for todays electronics because of its ability to show various electronic behaviors that allow covering the numero
Microspall is a topic of increasing interest in shock physics.The Asay window technique that originally developed to diagnose the multi-spall behavior of material was recently attempted to probe the m
2205 duplex stainless steel(DSS),consisting of ferritic and austenitic phases,is widely used as a structural material.Shock-induced phase transition dynamics of the ferrite component in this “composit
Pressure induced structural evolution offers fundamental insights into the energetic and kinetic mechanisms that determine phase stability and transition.
We investigate deformation and damage of a Zr-based bulk metallic glass(BMG)and its Ta particlereinforced composite(MGMC)under impact loading,as well as quasi-static tension for comparison.
MgSiO3 post-perovskite(ppv)is the final form of MgSiO3 in the Earth.However,what happens in super-Earths in which pressure and temperature are much higher than those of the Earths lower mantle?
Carbonates are one of the most abundant mineral on the Earths surface,which play a key role in the chemistry and dynamics for many geological processes,and may be transferred into the deep mantle inte