Physics

Beta radiography is a non-destructive testing method using beta radiation to inspect materials, revealing internal defects and features.

Explore sediment transport in fluid dynamics: uncover its mechanisms, environmental impact, and role in erosion, deposition, and engineering.

Radiotracer imaging: a technique using radioactive isotopes to study plant nutrient absorption, transport, and metabolism at the molecular level.

Radiosynthesis integrates radioactive isotopes into compounds for medical imaging and drug development, enhancing scientific and medical advancements.

Explore the transformation of unstable atoms through radioactive decay series, detailing the process, types, and real-world implications.

Radiogenic heat is the thermal energy from the radioactive decay of isotopes in a planet’s interior, influencing its geological and thermal evolution.

Dive into the captivating world of lanthanide radiochemistry, exploring the radioactive properties and applications of elements in the lanthanide series.

Alpha recoil analysis is a technique studying traces of alpha particles emitted from radioactive materials, used in material dating and nuclear analysis.

Learn how radioactive tracers are used to optimize petrochemical cracking by tracking molecular transformations for improved efficiency.

Explore the role of therapeutic radionuclides in cancer treatment, offering targeted radiation therapy to improve patient outcomes in oncology.