Difference between revisions of "Nuclear brick"
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A nuclear brick is a small RTG or nuclear reactor built to the form-factor of a [[brick]] and controlled by a wireless network. They are to power brick furnaces and heaters for [[smelting]], casting, [[glass]] melting and curing, heating of habitats and greenhouses, heating of chemicals, and other thermal processes. A plutonium-powered RTG could last several years but has a much lower specific power than an americium-242-powered nuclear reactor. A 1.6 kg americium core can produce 70 kW of thermal power but this core must be replaced every 80 days of operation. Americium-242 exists on Earth as a byproduct of normal nuclear reactors, but might be produced by a small fast reactor on Mars from native americium-241 if the latter can be found and mined.<ref name=Genuth>Genuth, Iddo, 2006, ''Americium Power Source'', TFOT The Future of Things. [http://thefutureofthings.com/articles.php?itemId=26/64/] </ref><ref> | A nuclear brick is a small RTG or nuclear reactor built to the form-factor of a [[brick]] and controlled by a wireless network. They are to power brick furnaces and heaters for [[smelting]], casting, [[glass]] melting and curing, heating of habitats and greenhouses, heating of chemicals, and other thermal processes. A plutonium-powered RTG could last several years but has a much lower specific power than an americium-242-powered nuclear reactor. A 1.6 kg americium core can produce 70 kW of thermal power but this core must be replaced every 80 days of operation. Americium-242 exists on Earth as a byproduct of normal nuclear reactors, but might be produced by a small fast reactor on Mars from native americium-241 if the latter can be found and mined.<ref name=Genuth>Genuth, Iddo, 2006, ''Americium Power Source'', TFOT The Future of Things. [http://thefutureofthings.com/articles.php?itemId=26/64/] </ref><ref> | ||
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Revision as of 00:08, 18 February 2010
A nuclear brick is a small RTG or nuclear reactor built to the form-factor of a brick and controlled by a wireless network. They are to power brick furnaces and heaters for smelting, casting, glass melting and curing, heating of habitats and greenhouses, heating of chemicals, and other thermal processes. A plutonium-powered RTG could last several years but has a much lower specific power than an americium-242-powered nuclear reactor. A 1.6 kg americium core can produce 70 kW of thermal power but this core must be replaced every 80 days of operation. Americium-242 exists on Earth as a byproduct of normal nuclear reactors, but might be produced by a small fast reactor on Mars from native americium-241 if the latter can be found and mined.[1]<ref>
