Article - 26 Feb 2004
Researchers from the National Institute for Materials Science in Tsukuba, Japan, have used nanoparticles to reinforce steel and make it 100 times more creep resistant than any other steel. Posted July...
Article - 4 Dec 2004
Wilson Golf have used nanotechnology manufacturing processes to make a set of fairway woods with extra strength and lightness. These clubs have a ‘Nano Crown’, which is a carbon composite material...
Article - 29 Nov 2006
The extreme strength, sharpness and resilience of swords made from Damascus steel has resulted in them being spoken of in the same tone as myths and legends. A paper reveals some of the secrets behind...
Article - 9 Mar 2005
Due to their unique properties, carbon nanotubes can be used for many space industry applications, such as sensors, thermal control, spacecraft, electronics and biomedicine. Also looked at here are...
Article - 5 Mar 2005
This guide explains the basic principles of nanotechnology, looking at such matters as industrial applications, new and future products, the global market, environmental potentials and concerns, types...
Article - 8 Dec 2014
Researchers from Rice University have used microbullets to analyze graphene strength and feasibility in these applications.
Article - 30 Sep 2004
Carbon Nanotechnologies has just been granted another U.S. Patent, this one for coated single-wall carbon nanotubes and ropes of single-wall carbon nanotubes. These nanoscale coatings may be polymeric...
Article - 27 Jul 2004
Carbon Nanotechnologies have been allowed a US Patent for contacting single-wall carbon nanotubes with catalytic metal and then activating the catalyst. Posted July 27 2004
Article - 18 Feb 2004
Researchers at Rice University have discovered how to create continuous fibers of out of pristine single-walled carbon nanotubes. Posted December 9 2004
Article - 5 Apr 2017
A team of researchers from Ukraine has tested a variety of steel compositions, produced through mechanical-pulse treatments (MPT), to produce alloys with nanocrystalline surface structures and improve...