Mastering a critical step in storing radioactive waste

An EPFL research project has developed a detailed profile of the sites selected to store radioactive waste from Swiss nuclear power plants. The project also helps identify sites that meet both safety and feasibility requirements.

A new method to help solve the problem of nuclear waste

In the last decades, nanomaterials have gained broad scientific and technological interest due to their unusual properties compared to micrometre-sized materials. At this scale, matter shows properties governed by size. At ...

How to measure the oxygen coefficient in complex oxides

Scientists of the Faculty of Chemistry of the Lomonosov Moscow State University under the leadership of Prof. Yury Teterin and in cooperation with Russian and British colleagues have developed a technique to evaluate the ...

UK science leads the way in nuclear research

The UK's synchrotron science facility, Diamond Light Source, is a hub for renewable energy and energy recycling research, but less well known are its applications as a hub for nuclear research. Work in this area is transforming ...

Exploiting high speed light for super slow science

Scientists at the world's premier science conference - the American Association for the Advancement of Science (AAAS) annual meeting - will this year be discussing the advances enabled by the UK's pioneering Long-Duration ...

Australia reveals shortlist for first nuclear waste dump

Australia on Friday announced six sites, including some in Outback areas, on a shortlist for the nation's first nuclear waste dump, risking fresh controversy after an earlier plan was scuttled by opposition from Aboriginal ...

Radiation safety for sunken-ship archaeology

About 42 miles southwest of San Francisco and 2,600 feet underwater sits the U.S.S. Independence, a bombed-out relic from World War II. The aircraft carrier was a target ship in atomic weapon tests at Bikini Atoll in the ...

Idaho aquifer decline could hinder radioactive monitoring

A continued drop in underground water levels could make it more difficult to monitor the movement of radioactive contamination in an aquifer below an eastern Idaho nuclear facility, scientists say.

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