Scientists at IFJ PAN discovered significant differences in plutonium isotope accumulation between hemispheres, with unique…
Browsing: Nuclear Waste
Nuclear waste refers to the radioactive materials that remain after the production of nuclear energy or the use of nuclear technology in various applications, such as medicine, research, and industry. This waste includes spent nuclear fuel from reactors, radioactive byproducts from nuclear reactions, and materials contaminated with radioactive substances. Managing nuclear waste is a significant challenge due to its long-lasting radioactivity and potential environmental and health hazards. Solutions for nuclear waste disposal include deep geological repositories, where waste is stored deep underground in stable rock formations, and reprocessing and recycling methods to reduce the volume and toxicity of the waste. Ensuring the safe handling, transportation, and storage of nuclear waste is crucial to minimize risks and protect both current and future generations.
A new study has directly imaged radioactive cesium atoms in environmental samples from Fukushima, providing…
The Potential Applications Could Lead to a Net-Zero World As global awareness regarding the environmental…
Military Activity in Radioactive Chernobyl Poses Significant Risks to Both People and the Environment. The…
Study to refine computer models, inform policymakers for future spent nuclear fuel disposal. Scientists from…
Engineers are developing corrosion-resistant cement to safely contain nuclear waste for millennia. Metals embedded in…
Study finds the materials — glass, ceramics and stainless steel — interact to accelerate corrosion.…