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Some historical, scientific, geographical, and mathematical facts that many listeners can say
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Some historical, scientific, geographical, and mathematical facts that many listeners can say
Nuclear war, pandemic disaster ... are considered potential threats to destroy humanity in the future.
In the history of development, nuclear energy has many diverse applications, from energy production, weapons manufacturing, even for other scientific research.
We live in the 21st century. A century of excellence in science, technology and technology.
The destructive power of atomic bombs (nuclear bombs) stems from tiny nuclei of protons, neutrons and electrons.
The thorium element was first discovered in 1828 by a Norwegian scientist. The name thorium is named after a god in Norse mythology.
Cosmic black holes, meteorites and comets, super volcanoes until nuclear war are hypotheses of natural or artificial threats that lead to the end of human civilization.
The testing of ground-based nuclear bombs in the 1950s and 1960s unknowingly gave scientists today a way to prove that the brains of adults still steadily produce nerve…
Due to the biological characteristics and the degree of different impacts of cultural factors, females often tear more than men. That is the conclusion of researchers at…
Recently, special visitors including French Minister of Energy and Industry, Eric Besson and the delegation were led to visit deserted towns around Fukushima nuclear pla…
Here are some of the most prominent predictions of BBC readers, along with an assessment of future futurist Ian Pearson about the realization of those predictions.
The first nuclear power plant in the world was produced in England, however, in fact, the power generation system using nuclear reactions was built by the Russians in 19…
The Ministry of Defense (MoD) is blocking the activity of hundreds of wind turbines because they cause these
The video was written by IDG reporter more than 3 years ago, during a visit to the No. 3 reactor of the Kashiwazaki Kariwa nuclear power plant.
The melting of nuclear fuel rods when the temperature in the reactor's core rises to an extremely high level is called