Description:
Time differential perturbed angular correlation (TDPAC) spectroscopy is a nuclear solid-state physics method with unique advantages: Due to the penetrating power of gamma radiation used as information carrier, it allows studying of probe atoms' surroundings inside bulk material and under extreme conditions. It is sensitive to magnetic fields and electric field gradients at the probe nuclei's sites. This work aims at extending the scope of this well-established method by exploiting technological advancements. A newly developed software driven digital spectrometer reaches better performance a...