NQR is a spectroscopic method used to investigate the interactions between nuclear quadrupole moments and the surrounding electric field gradients in solids. It can be used to study nuclei with spin quantum numbers greater than 1/2, providing insights into the local electronic environments and structural properties of materials. NQR is applied in fields such as materials science and solid-state physics to analyze crystal structures, defects, and phase transitions without the need for an external magnetic field.

Contact ePROBE if you are interested in learning more about how NQR can help you analyze your energy storage system. Contact NMR Service for inquries about the analysis of all other types of materials.