http://www.newscientist.com/article/dn24497-iron-nanoants-made-to-haul-huge-loads-with-light.html#.UnW3gD3D_2I
Iron 'nano-ants' made to haul huge loads with light Here is an application of nanoparticle locomotion. Using an iron based secret sauce may be something to use in the Ni/H reactor to get the particle pile over to the micro-particles. On Sat, Nov 2, 2013 at 10:27 PM, Axil Axil <[email protected]> wrote: > The Ni/H reaction is a truly complicated beast. Light and nanoparticles > can exert force on each other. The smaller that the nanoparticles are, the > more optical force that is involved. > > > http://www.uam.es/gruposinv/MoLE/Publications_Data_Base/2006-2011/GIANT%20Enhanced%20Diffusion%20of%20Gold%20Nanoparticles%20In%20Optcial%20Vortex%20Fields.pdf > > *Giant Enhanced Diffusion of Gold Nanoparticles in Optical Vortex Fields* > > Unless these very small nanoparticles are nailed down, they will jump > around aimlessly under the force of the infrared photons. > > This is one important reason for adding large nanoparticles to the dust > storm inside the reaction chamber of the Ni/H reactor. The “secret sauce” > provides these large nanoparticle anchors to the dust storm so that the > small nanoparticles can combined with them and not jump around so much when > infrared photons hit them. > > These smallest nanoparticles become rock solid when the pile of dust that > they are a part of lands and glues onto the huge 5 micron micro-particles. > The small particles behave like rock solid and immovable very sharp points > on an electrode. They don’t move very much. This increase anchoring allows > them to form vortex EMF fields rather than these vortex fields pushing them > all over the place. > > Just using very small nanoparticle won't work because of the soliton > stability factor. A very wide mix of particle sized are required. > > >
