Re: [Vo]:A super nickel powder LENR catalyst.
In reading the patent I wondered if the fast sintering processes are used in the Rossi Effect to heat the Ni nano lattice uniformly--e.g., the DC pulsing fast sintering process described in the Patent? The process was such as to maintain the nano structure and the catalytic properties of the Ni. Bob Cook From: Jones Beene <jone...@pacbell.net> Sent: Thursday, August 18, 2016 6:54 AM To: vortex-l@eskimo.com Subject: RE: [Vo]:A super nickel powder LENR catalyst. Axil, You call this a Rossi secret? The inventor filed his initial disclosure 5 years before Rossi came on the scene, so it ostensibly cannot be called a "Rossi secret" unless SDC Materials is in fact the "customer" which Rossi does not want to be known. Is that what you are contending? That would be unlikely given the numerous Press Releases from the company and their backers. They are not flying under the radar. This is a plasma spray process and there are dozens of similar ones listed as prior art, so it will be hard to enforce. Notably the document speaks of cold fusion and palladium and palladium-silver as coatings to nanopowder, which may be the search criteria which brought the document up, but the listed metals for converting into nano are nickel iron and cobalt. Notably one of the company's consultants was indeed a Johnson-Matthey executive. His name is not Bass :) but he could have been a big catch... From: Axil Axil Another Rossi secret revealed as follows: google.com/patents/US9023754<http://google.com/patents/US9023754> Nano-skeletal catalyst US 9023754 B2 google.com/url?sa=t=j=<http://google.com/url?sa=t=j=>...hw=bv.129759880,d.eWE A NEW FAMILY OF NICKEL POWDER FOR ELECTRICAL ENGINEERING. APPLICATIONS This super nano nickel powder is Rossi's powder as shown in the Lugano demo. It is about 100 times better than the Ni carbonyl powder that MFMP uses. The specific surface area values using BET method show that the chemically processed Ni powders have a very high specific surface area (> 60 m2/g), which recommend them for electrical applications, especially for electrode applications. For Ni carbonyl powder the specific surface area was found 0.68 m2/g. The evaluation of the chemisorption characteristics by using hydrogen selective adsorption method shows that the modified Ni powder exhibits high power of hydrogen adsorption (600µgH2/g), which recommend them as catalysts in hydrogen addition reaction. [http://www.google.com/patents?id==frontcover=1=1]<http://google.com/patents/US9023754> Patents - Google Books<http://google.com/patents/US9023754> google.com A method of producing a catalyst material with nano-scale structure, the method comprising: introducing a starting powder into a nano-powder production reactor, the ...
RE: [Vo]:A super nickel powder LENR catalyst.
Axil, You call this a Rossi secret? The inventor filed his initial disclosure 5 years before Rossi came on the scene, so it ostensibly cannot be called a “Rossi secret” unless SDC Materials is in fact the “customer” which Rossi does not want to be known. Is that what you are contending? That would be unlikely given the numerous Press Releases from the company and their backers. They are not flying under the radar. This is a plasma spray process and there are dozens of similar ones listed as prior art, so it will be hard to enforce. Notably the document speaks of cold fusion and palladium and palladium-silver as coatings to nanopowder, which may be the search criteria which brought the document up, but the listed metals for converting into nano are nickel iron and cobalt. Notably one of the company’s consultants was indeed a Johnson-Matthey executive. His name is not Bass :-) but he could have been a big catch… From: Axil Axil Another Rossi secret revealed as follows: google.com/patents/US9023754 Nano-skeletal catalyst US 9023754 B2 google.com/url?sa=t=j=…hw=bv.129759880,d.eWE A NEW FAMILY OF NICKEL POWDER FOR ELECTRICAL ENGINEERING. APPLICATIONS This super nano nickel powder is Rossi's powder as shown in the Lugano demo. It is about 100 times better than the Ni carbonyl powder that MFMP uses. The specific surface area values using BET method show that the chemically processed Ni powders have a very high specific surface area (> 60 m2/g), which recommend them for electrical applications, especially for electrode applications. For Ni carbonyl powder the specific surface area was found 0.68 m2/g. The evaluation of the chemisorption characteristics by using hydrogen selective adsorption method shows that the modified Ni powder exhibits high power of hydrogen adsorption (600µgH2/g), which recommend them as catalysts in hydrogen addition reaction.
[Vo]:A super nickel powder LENR catalyst.
Another Rossi secret revealed as follows: google.com/patents/US9023754 Nano-skeletal catalyst US 9023754 B2 google.com/url?sa=t=j=…hw=bv.129759880,d.eWE A NEW FAMILY OF NICKEL POWDER FOR ELECTRICAL ENGINEERING. APPLICATIONS This super nano nickel powder is Rossi's powder as shown in the Lugano demo. It is about 100 times better than the Ni carbonyl powder that MFMP uses. The specific surface area values using BET method show that the chemically processed Ni powders have a very high specific surface area (> 60 m2/g), which recommend them for electrical applications, especially for electrode applications. For Ni carbonyl powder the specific surface area was found 0.68 m2/g. The evaluation of the chemisorption characteristics by using hydrogen selective adsorption method shows that the modified Ni powder exhibits high power of hydrogen adsorption (600µgH2/g), which recommend them as catalysts in hydrogen addition reaction.
