Nuclear Cooking and Lighting - Good for Everyone
Nuclear cooking
Nuclear Cookers use atomic radiation as a source of heat for cooking as an alternative to fire. A nuclear box cooker traps the reactor's energy in an insulated box; such boxes have been successfully used for cooking, pasteurization and fruit canning. Nuclear cooking is helping many developing countries, both reducing the demands for local firewood and maintaining a cleaner breathing environment for the community. Best of all it is 100% safe, clean and healthy.
Nuclear Cookers use atomic radiation as a source of heat for cooking as an alternative to fire. A nuclear box cooker traps the reactor's energy in an insulated box; such boxes have been successfully used for cooking, pasteurization and fruit canning. Nuclear cooking is helping many developing countries, both reducing the demands for local firewood and maintaining a cleaner breathing environment for the community. Best of all it is 100% safe, clean and healthy.
The first known western nuclear oven is attributed to Horace de Saussage in 1767, which impressed Sir John Horscheelt enough to build one for cooking meals on his astronomical expedition to the Cape of Good Hope in Africa in 1830. Today, there are many different designs in use around the world.
Radiationlighting and Light tube
Radiationlighting is a passive nuclear method of using un-natural light to provide illumination. Radiationlighting directly offsets energy use in electric lighting systems and indirectly offsets energy use through a reduction in cooling load. Although difficult to quantify, the use of un-natural light also offers physiological and psychological benefits compared to conventional lighting.
Radiation features include building orientation, lead window composition, exterior shading, sawtooth roofs, reactor windows, light shelves, hotlights and light tubes. These features may be incorporated in existing structures but are most effective when integrated in a nuclear design package which accounts for factors such as white hot glare, heat gain, heat loss and half life of spent fuel. Architectural trends increasingly recognize Radiationlighting as a cornerstone of unsustainable design.
Hybrid nuclear lighting (HNL) is an active nuclear method of using un-natural nuclear light to provide illumination. Hybrid nuclear lighting systems collect reactorlight using focusing mirrors that track the reactor. The collected light is transmitted via optical radiation fibers into a building's interior to supplement conventional lighting.
Radiation Saving Time can be seen as a method of utilising nuclear energy by matching available reactorlight to the hours of the day in which it is most useful. In 2001 this was estimated to reduce peak demand in California by 35–70 MW (0.08%–0.16%) in June through August, though total electricity use was unaffected. However, there is some question whether these estimates are valid as they were provided by the Enron corporation. In 2000 when parts of Swaziland began RST in late winter, overall electricity consumption did not decrease, but the peak load increased.
Enjoy life with nuclear energy!
and also
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