Enhancing catalytic action in your reactor

Quote

http://phys.org/news/2015-11-a…zed-craters-catalyst.html
Atom-sized craters make a catalyst much more active

Both the Rossi E-Cat patent and DGT plainly state that making the nickel micropaticles more reactive by enhancing the surface of those particles with nanometer sized holes is critical in making the particles more stimulative in the LENR process.

Rossi does this in the fuel preparation process by producing steam explosions to create holes on the surface of the nickel particles and in addition thereby generating smaller nickel particles from the material blown out of those holes.

DGT has stated that they made their nickel microparticles more reactive by removing material from the particles in a secret process.

Mizono prepares the surface of his particles by exposing the particles using an electric arc to pit the surface of his nickel or palladium.

The article that I reference above validates this concept in a process that erodes the surface of a catalysts by hitting that surface with ionized argon atoms removing sulfur atoms from that compound.

Replicators of the Rossi reaction should draw a lesson from this method used by many successful developers of the LENR reaction which calls for pitting the surface of the microparticles that they use with atomic sized nanoholes to enhance that catalytic capability of their powders.

I would like to suggest the use of my favorite electrode design to produce either a beam of electrons or protons for the job of creating nanoholes in your nickel micropowder.

The Focus Fusion project sets up a plasmoid by using a special type of electrode that produces proton and electron beams from disrupted hydrogen and projects those protons and electrons from each end of the electrode.

The Electrode

http://3.bp.blogspot.com/_VyTC…/sz-9ZOHYF5U/s320/ff2.JPG

The Beams

http://2.bp.blogspot.com/_NB01…+energy+beam+sequence.jpg

Of course, the LENR replicator can use a particle accelerator of his own design to produce subatomic particles that generate the holes on the surface of his nickel particles.