Physics

Radioisotope in vivo imaging is a nuclear medicine technology that visualizes diseases by monitoring radioactive tracers in the body.

Radiotracers are radioactive isotopes used in geomorphology to trace material movements and study geological processes like erosion and sediment transport.

Radioactive seed localization (RSL) is a precise technique used to guide the surgical removal of non-palpable breast lesions by implanting a tiny radioactive seed into the suspicious tissue.

Radiogenic xenon isotopes are formed through the decay of radioactive elements like uranium and thorium, revealing insights into nuclear processes and Earth’s history.

Radiogenic strontium isotopic studies provide vital insights into Earth’s history through geological sample dating and environmental reconstructions.

Neutron porosity measures rock formation porosity via neutron radiation response, crucial in oil exploration and geophysics.

Radiation-induced cation exchange in clays involves the interaction of ionizing radiation with clay minerals, altering their cation exchange capacity and surface chemistry.

Radioisotope labeling in proteomics tracks and quantifies proteins in biological systems, revealing insights into cellular mechanisms and disease.

Radiation-induced grafting enhances polymers’ properties using ionizing radiation to create functional, tailor-made materials for diverse applications.

Gamma irradiation is a method used to preserve food, enhance safety, and extend shelf life by using gamma rays to destroy harmful pathogens.