Abstract
The various nuclear physics techniques to investigate solid state properties differ in many aspects, but they are all based on the same principle: Radiation emitters such as radioactive nuclei, positrons, muons or pions are introduced as microscopic probes into a solid. There they interact with the internal electromagnetic fields. These interactions change certain properties of the radiations emitted in a characteristic way. The observation of these changes of the radiation properties with nuclear physics techniques allows to obtain information about the interaction and thus certain solid state properties can be studied.
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