... system,” said Meador. “We are one experiment in that payload, but it’s a pioneering flight. This is first time that carbon nanotube-based composites have been flight-tested in a structural component. The COPV flight test will go a long way...
... of magnitude in tensile strength to achieve minimal SE-grade. Graphene, a chicken-wire molecule of hexagonally connected carbon, or carbon nanotubes (CNTs, tubes of rolled up graphene) are postulated to have the required specific strength [12], but...
... radiation of space and the rigours of the journey is one such problem. More recently, the idea of using carbon nano-tubes, which have a tensile strength approximately 100 times greater than that of steel of the same...
... Wang said. In another a bid to reduce the scale of martian transport missions, a "Sky Ladder”, delivery system made of carbon nanotubes, is also under study according to Wang. Although the head of the country's top rocket manufacturing company did...
...famous space elevator, a tether anchored to Earth at the equator with a counterweight beyond geosynchronous orbit. New carbon nanotubes may make space elevators a reality. Let’s combine these concepts and imagine a space elevator that is electrically...
... research on stealth satellites with low radar and optical signatures. NASA, for example, has recently invented a carbon-nanotube-based optical absorber that renders a satellite near pitch-black to optical space sensors. In fact, simply making...