Here are some pictures of what a SWNT carpet looks like:
http://mmptdpublic.jsc.nasa.gov/jscnano/CD/Session%201/Robert%20Hauge.pdf Page 8 is a very good picture. Cheers: Axil On Fri, Jul 20, 2012 at 1:05 AM, Axil Axil <[email protected]> wrote: > The SWNT rug part 1 > > Fabrication of the ideal charge delivery nanostructure for LENR may be > beyond the capabilities and limited resources of the lone Ni/H reactor > developer. This may be why Rossi has greatly benefited from collaboration > with advanced technology partners who can design and implement advanced > SWNT structures that are optimized for LENR. > > > > > > To get the most out of LENR, charge must be evenly spread over the entire > surface area of the nickel nanoparticles, as large as that area may be. > > > > > > Most publically available LENR mechanisms currently found in LENR research > suffer from a poor distribution of nuclear active sites. The energy > production of these areas is limited in number. Furthermore, the > distribution of the nuclear active sites (NAS) is random and poorly placed. > This all leads to a proportionately small productivity of the Ni/H > reaction. But if properly configured,* *nanomaterial is a powerful > multiplier of the LENR effect in inverse proportion to its dimensionality. > > > > > > For example, if you want to properly water a corn field to get optimum > crop yield, we do not want to pump all the irrigation water into a big hole > in a corner at the edge of the field and hope for the best. > > > > > > A water distribution system; a sprinkler or drip system must be engineered > to get water to each corn plant at optimum levels. > > > > > > Like water dumped into a hole, A spark can only be delivered to a small > volume of material in a localize area. The reaction, if any, will be > limited by the restrictions of this localized charge distribution strategy. > > > > > > > To increase the power of the LENR reaction, the number of NASs must be > dramatically increased. > > > > > > The spark should be optimally partitioned and spread out over the widest > area, in the same way that nano-particles multiply the surface area of its > bulk material. So charge distribution and nanoparticle area should be > properly mated through an optimal connection. > > > > > > If this relationship between charge presentation and the associated > nanoparticle is optimize, a large amount of power can be produced by a > small amount of Nano-powder. As improbable as Rossi’s claim may now sound > …those one and a half grams of Nano nickel powder can generate 10 kilowatts > of power… This amazing claim may be possible if every nano particle > grain is pressed into service in an optimal way. > > > > > > In my next post, I intend to reference a paper recently commissioned by > the US Defense Department (DOD) to explain why a SWNT rug can get charge to > nickel Nano powder is the best way. This explanation will act as a > narrative for a specification of a charge distribution system for LENR. > > > > > > > > Cheers: Axil > > > > > > * * > > > > >
