To build a great LENR reactor, you need to fabricate a great primary micro particle: the backbone of your system; you need a 5 micron micro particle dressed out completely with nano-hair.
<http://en.wikipedia.org/wiki/File:INT-WS2_SEM_image.JPG> Such a particle looks like a sea urchin or if your were a star trek fan, a tribble <http://en.wikipedia.org/wiki/File:Tribble.jpg> The industry standard name for this type of particle is an "inorganic particle". The nanoparticle formula for this type of particle that has already been developed is TM6CyHz, where TM is transition metal (molybdenum, tungsten, tantalum, niobium), C is chalcogen (sulfur, selenium, tellurium), H is halogen (iodine). Some of the elements that this particle is made of is low temperature and won't hold up to the high heat that LENR can produce. To use the high heat and the associated thermodynamic efficiency that go along with it you need to use top of the line refractory elements. So for the ideal micro-particle, I like a Tungsten micro particle body with a silicon carbide nanowire substrate covering and then an outer sprinkling of nanowire outer coating of tungsten through vapor disposition. We can't do better than that. If I were in the W/H (W for tungsten) reactor building business, I would submit the specification for the fabrication of this particle to these venders http://www.nanochemistry.it/NPsuppliers.html I would hope that one of these vendors could meet the challenge to build the best. If you want to take on this task as the dominant builder of the best LENR reactor around, I encourage you to be the best that you can be.
