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CARBON NANOTUBES
Carbon nanotubes, which are cylindrical forms of carbon molecules, assist NASA and other space companies in saving money by miniaturizing the size of instruments, without sacrificing its abilities. Additionally, because NASA generates their own power source for their missions, it is in their best interest to make wise decisions about where they are spending money. Luckily, nanotechnology can be used to develop architectures, devices, materials, and systems at the nanoscale level to produce lightweight and often times tiny products.
What are carbon nanotubes and how are they used?

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How do these relate to NASA?
These emerging developments can help NASA’s missions in many ways.
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Detecting potential fuel leaks in space vehicles
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Monitoring air-quality in spacecraft or crew cabins in the International Space Station
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Map planetary atmospheres
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Detecting water vapor on Mars
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Chemical sensors
In the distant future, carbon nanotubes will help improve the efficiency of rovers and other robotic instruments that travel through space.
Nanomaterials such as carbon nanotubes and graphene exhibit the ability to design applications with these nanomaterials that benefit a spectrum of industries, including: computing, electronics, energy, environment, health and medicine, space exploration, and transportation.
Benefits?
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