Size Dependent Properties of Reactive Materials

The nature of the self-sustained reaction reactive materials is dependent on physical, thermal, and mechanical properties reacting materials. These behave differently at nano scale. Low-dimensional nanomaterials have various unusual size transport properties. In this review, we summarize theoretical experimental reports effect melting temperature, heat capacity, enthalpy, surface energy scale because possess a significant change in large specific area than bulk According to analysis thermodynamic properties, such as cohesive energy, thermal conductivity capacity metallic nanoparticles ultra-thin layers varies linearly with reciprocal critical dimension. result scaling relation material can affect behavior Resultant, powder compacts show lower propagation velocities bilayer system, if particle reactants void density decreased an increase velocity due enhanced transfer be achieved. Standard theories describing systems do not include effects.