… on the dissipation of radiation energy, this article … properties of matter emerge from complex
correlations of the atomic or electronic constituents, and how can we control these properties…

… its motion that depends on cluster properties and the Burgers vectors. In both situations, the
yield and flow stress of the metal are changed by the products of radiation damage, and we …

… Defect engineering of the used material, eg oxygen enrichment of … the radiation hardness
of silicon sensors. This thesis will focus mainly on the investigation of radiation induced defects …

… of defects on the electronic centres responsible for radiative … and subsequent annealing
of defects in heavy ion bombarded … absorption properties produced by the radiation damage …

… energy spectrum of the main compensating radiation defect … and energy of bombarding
particles, ie the radiation defects with the … ionization energy will be different if radiation defects are …

… what types of defect clusters are produced and the kinetic properties of the most abundant
clusters. Since these properties primarily impact the subsequent evolution of defects at long …

… We also describe how to obtain the defect properties and reaction dynamics from results
of … insight into radiation-induced defect dynamics in microelectronic materials and devices. …

… Tunable chemical complexity is a powerful approach to modify defect properties substantially
at the levels of electrons and atoms (eg, electronic structure (middle top) and energy …

… defects through their excess energy. Differential scanning calorimetry of irradiated Ti measures
defect … To predict how the properties will change, it is critical to characterize the type, size, …

… in the form of drastic increase of defect density, and significant degradation of their mechanical
and physical properties. Extensive studies on radiation effects in materials in the past few …