In this current research article, nickel oxide (NiO) nanoparticles were synthesised by
hydrothermal process. The stability of structural and magnetic properties of NiO …

Studies on the dynamic shock impact on solids also provide a magnificent scope of
understating the stability of materials that are needed for high-pressure applications. Based …

The journey of exploring the acoustical shock wave-induced solid state phase transitions on
polymorphic and allotropy materials have gained enormous momentum in recent years after …

In the present work, we report the phase transition from crystalline to amorphous (topological
disorder) of NiSO 4· 6H 2 O (NSH) for which impedance spectroscopic and differential …

In the present research article, the acoustic shock wave-resistant efficiency of silica
microparticles (SiO 2-α-cristobalite)) has been experimentally evaluated in terms of …

In the present framework, we report a reversible magnetic phase transition that occurs from a
mixed diamagnetic (nonmagnetic) state to a weak ferromagnetic (magnetic) state exhibited …

In the present article, we disclose shock wave induced crystallographic switchable phase
transition of calcium carbonate nano particles (CaCO 3 NPs). The observed profiles of …

High-pressure materials science always has a special benchmark in the current research
areas wherein dynamic shock waves have also made striking inroads on a par with high …

This article carries the findings of the effect of shock waves on glycine phosphite (GPI)
powder samples which have been investigated under pre and post shock loaded conditions …

In the present work, we demonstrate the interesting findings of shock wave recovery
experiment conducted on poly-crystalline lithium sulfate monohydrate crystals (Li 2 SO 4. H …