… stages of energy dissipation and defect evolution due to their extreme compositional disorder
and/or inherent lattice distortions [11], [12], [13]. For example, fewer and smaller extended …

… -dimensional entropy change and energy dissipation. At last, this chapter discusses the
evolution process of the main RADS (MRADS) based on the dissipative structure theory. Chapter …

… exhibit characteristic defects and defect evolutions under high … irradiationinduced defects
and their evolutions with composition, … disorder on energy dissipation and defect evolution in …

… The aim of the paper is to measure the energy dissipation when a moving contact line interacts
with a unique topographical defect by experiments at the nanoscale, dipping a nanofiber …

… Schematic sketch showing defect evolution and distribution in nickel and Ni-Fe alloys as the
… of the Energy Dissipation to Defect Evolution (EDDE) Center, an Energy Frontier Research …

… to trap defects and inhibit defect evolution. The results are expected to offer a perspective on
controlling the irradiation-induced changes in microstructures and mechanical properties by …

… energy dissipation to defect evolution has been reported. Their findings show that changes
in altered energy dissipation have a profound impact on defect … While energy dissipation …

… in inelastic energy loss to electrons and elastic energy loss … energy losses on defect production,
nanostructure evolution … the role of defects in electronic energy dissipation and electron-…

Discussions of energy dissipation during friction processes have captured the attention of
engineers and scientists for over 300 years. Why then do we know so little about either …

… of inelastic ionization energy dissipation and elastic damage energy dissipation to the
atomic structure are critical to understanding primary defect production and damage evolution. …