What is a Nanotube Antenna?
Carbon nanotubes are tiny cylindrical carbon tubes whose structure is like a tiny length of graphite (monomolecular carbon layer) rolled in on itself horizontally and sealed seamlessly. Much stronger in its bulk properties than graphite, nanotubes can be 100 times stronger than steel and ten times lighter. The chemical bonds between atoms in a nanotube are similar to the bonds in graphite, which are the strongest in nature. They have a variety of interesting properties — excellent electron transporters, efficient conductors of heat, and extraordinary strength and flexibility. One among many possible applications for nanotubes that is being researched is the possibility of a nanotube antenna. An antenna is an object that can pick up electromagnetic waves and convert them into electrical signals, or vice versa. The antenna is the most crucial part of any wireless transmission or receiving device — without one, it can’t function. We can see progress in the development of antennae by loo
Carbon nanotubes are tiny cylindrical carbon tubes whose structure is like a tiny length of graphite (monomolecular carbon layer) rolled in on itself horizontally and sealed seamlessly. Much stronger in its bulk properties than graphite, nanotubes can be 100 times stronger than steel and ten times lighter. The chemical bonds between atoms in a nanotube are similar to the bonds in graphite, which are the strongest in nature. They have a variety of interesting properties — excellent electron transporters, efficient conductors of heat, and extraordinary strength and flexibility. One among many possible applications for nanotubes that is being researched is the possibility of a nanotube antenna. An antenna is an object that can pick up electromagnetic waves and convert them into electrical signals, or vice versa. The antenna is the most crucial part of any wireless transmission or receiving device — without one, it can’t function.
