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Line 1: [[File:Pacshowoff.png\|thumb\|right\|upright=2\|Nuclear probe in a lattice.]] [[File:PAC-Spectroscopy-Schema.png\|thumb\|right\|upright=2\|Schema of PAC-Spectroscopy]] The '''perturbed γ-γ angle correlation''', '''PAC''' for short, is a method of nuclear solid-state physics with which magnetic and electric fields in crystal structures can be measured. In doing so, electrical field gradients and the Larmor frequency in magnetic fields as well as dynamic effects are determined. With this very sensitive method, which requires only about 10-1000 billion atoms of a radioactive isotope per measurement, material properties in the local structure, phase transitions, magnetism and diffusion can be investigated. The PAC method is related to nuclear magnetic resonance and the Mössbauer effect, but shows no signal attenuation at very high temperatures. Today only the time-differential perturbed angular correlation ('''TDPAC''') is used. == History and Development ==

Perturbed angular correlation: Difference between revisions