So, as it stands, the amount of thorium that can be pulled out of the ground in a cost-effective manner is not as great as for uranium.

In 1902 Ernest Rutherford and Frederick Soddy discovered that radioactive elements, such as uranium and thorium, broke down into other elements in a predictable sequence or series. This amazing ...

Using thorium would put those concerns to rest. As a radioactive material, the primarily researched uses for thorium revolve around energy and fuel, both of which offer rich optimism.

The appeal of this metal is its potential to be a more abundant and efficient substitute for uranium, the dominant nuclear fuel. However, using thorium for energy production is not without challenges, ...

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Thorium, an abundant and safer alternative to uranium, could soon become a vital resource in the quest to meet energy needs.

MR. D. H. PIERSON 1 has recently described a very ingenious method of determining the thorium–uranium ratio in radioactive ores. The main objection to his method is that it requires rather ...

They produce less radioactive waste, and these by-products are safe after about 100 years, versus 24,000 years for uranium reactors. The safe storage of thorium nuclear waste is much less complex.

Indonesia is moving apace with its nuclear ambitions, drafting a new regulation on the domestic processing of uranium and thorium for nuclear energy.

Also, when such measurements are the concluding stage in the analysis of thorium and uranium, it is desirable that the method of preparation is quantitative.

The thorium fuel cycle also produces less long-lived radioactive waste compared to the uranium and plutonium cycle, which potentially makes it much more environmentally friendly too.