Modern Nuclear Methods in Materials Science

<ul><li>An Introduction to Nuclear Methods in Materials Science</li><li>Modern Materials Studies Using Nuclear Spectroscopic Methods</li><li>Electronic Structure of Decorated Defects in Metals</li><li>Radiation Damage in Solids Studied by ¹¹⁹Sn Moessbauer Effect Spectroscopy</li><li>Temperature Dependent ¹²¹Sb Moessbauer Spectroscopy of Selected Antimony Compounds</li><li>Applications of Elastic and Near Elastic Gamma-Ray Scattering</li><li>Ion Beam Analysis of Irradiated Materials</li><li>Materials Analysis Using Thermal Neutron Reactions: Applications</li><li>The Generation of Monoenergetic Positrons and some Potential Applications in Materials Science</li><li>The Muon, an Exotic Probe of Solids</li><li>Muonium Spin Rotation Studies in Molecular Systems</li></ul>