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Casual Articles - Reinventing the Light Bulb?
Although there are many important aspects of being a freelance writer, one of the most important is the ability to meet deadlines. It does not matter how brilliant you writing may be if you are always missing your
In addition, because carbon nanotubes so efficiently conduct energy, SWNT bulbs emit more light per volt than their tungsten-filament count
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Carbon nanotubes are microscopic cylinders of carbon which have several remarkable properties. They are extremely efficient conductors of energy, as well as being one of the strongest materials known to man. They are exceedingly durable, and can withstand temperatures of up to 2,800 degrees Celsius. Because of these rare traits, many scientists believe that carbon nanotubes could provide a practical alternative to traditional tungsten for light bulb filaments.
In conventional light bulbs, the thickness of the tungsten generally varies across the length of the filament, resulting in "hot spots" which are prone to breakage. When the filament breaks, the light bulb burns out. Because of the inherent cylindrical shape of a carbon nanotubes, filaments made from them are much more uniform in thickness than tungsten filaments, thus eliminating hot spots. This suggests that nanotubes could be used to develop a light bulb that would last almost indefinitely.
In addition, because carbon nanotubes so efficiently conduct energy, SWNT bulbs emit more light per volt than their tungsten-filament count
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Carbon nanotubes are microscopic cylinders of carbon which have several remarkable properties. They are extremely efficient conductors of energy, as well as being one of the strongest materials known to man. They are exceedingly durable, and can withstand temperatures of up to 2,800 degrees Celsius. Because of these rare traits, many scientists believe that carbon nanotubes could provide a practical alternative to traditional tungsten for light bulb filaments.
In conventional light bulbs, the thickness of the tungsten generally varies across the length of the filament, resulting in "hot spots" which are prone to breakage. When the filament breaks, the light bulb burns out. Because of the inherent cylindrical shape of a carbon nanotubes, filaments made from them are much more uniform in thickness than tungsten filaments, thus eliminating hot spots. This suggests that nanotubes could be used to develop a light bulb that would last almost indefinitely.
In addition, because carbon nanotubes so efficiently conduct energy, SWNT bulbs emit more light per volt than their tungsten-filament count
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In conventional light bulbs, the thickness of the tungsten generally varies across the length of the filament, resulting in "hot spots" which are prone to breakage. When the filament breaks, the light bulb burns out. Because of the inherent cylindrical shape of a carbon nanotubes, filaments made from them are much more uniform in thickness than tungsten filaments, thus eliminating hot spots. This suggests that nanotubes could be used to develop a light bulb that would last almost indefinitely.
In addition, because carbon nanotubes so efficiently conduct energy, SWNT bulbs emit more light per volt than their tungsten-filament count
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In addition, because carbon nanotubes so efficiently conduct energy, SWNT bulbs emit more light per volt than their tungsten-filament count
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In addition, because carbon nanotubes so efficiently conduct energy, SWNT bulbs emit more light per volt than their tungsten-filament counterparts. Therefore, an SWNT bulb uses less energy than a conventional light bulb of the same brightness.
Though more work needs to be done to perfect their design, scientists estimate that nanotube light bulbs could be available to the public within a few years.
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