Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

Bob, Yes this 7-Li+H* --> 8-Li--> 8-Be ( according Lipinskis measurement)  is the only exception (with 4-He produced) because two alphas are repulsive. J.W. Am 15.12.19 um 18:28 schrieb bobcook39...@hotmail.com: Jurg— The reaction I had in mind was Be-8 decay as a result of LENR

Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

In reply to Jürg Wyttenbach's message of Sun, 15 Dec 2019 12:58:21 +0100: Hi, [snip] >A LENR reaction producing 4-He (alpha) from D*-D* does not emit kinetic >alphas as there is no momentum available. All nuclear magnetic flux is >symmetric! >Only in a case where e.g. 3-He 3-H would be produced

RE: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

Jurg— The reaction I had in mind was Be-8 decay as a result of LENR involving Li-7 and a H. The back to back energetic alphas from decay of Be-8 are pretty well validated IMHO, Bob Cook Sent from Mail for Windows 10 From: Jürg

Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

A LENR reaction producing 4-He (alpha) from D*-D* does not emit kinetic alphas as there is no momentum available. All nuclear magnetic flux is symmetric! Only in a case where e.g. 3-He 3-H would be produced out of D*-D* there can be a "small" kinetic part. A different case is the Holmlid

Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

In reply to bobcook39...@hotmail.com's message of Sat, 14 Dec 2019 23:42:37 +: Hi, Another variation on this theme might be to allow the alphas to strip electrons off other atoms, then let the electrons radiate in the field as they return to the positive ions. Regards, Robin van Spaandonk

Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

In reply to bobcook39...@hotmail.com's message of Sat, 14 Dec 2019 23:42:37 +: Hi, [snip] > >Robin and Jones— > >One thing I noticed is that the Nano -sized MG particles are made (a least in >part) by ion deposition. I can envision a Ni-H base or a Pd base or merely a >Ni base particle

RE: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

Robin and Jones— One thing I noticed is that the Nano -sized MG particles are made (a least in part) by ion deposition. I can envision a Ni-H base or a Pd base or merely a Ni base particle with layers of a few atoms thickness that are the reactants at the surface of the nano particle

Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

In reply to Jones Beene's message of Sat, 14 Dec 2019 20:26:04 + (UTC): Hi Jones, [snip] > Bob, >Yes glassy iron is cheaper and Glassimetal, Inc also has an iron based product >on their site, presumably available now. The glassy iron could possibly >catalyze H2 to dense hydrogen more

Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

Bob, Yes glassy iron is cheaper and Glassimetal, Inc also has an iron based product on their site, presumably available now. The glassy iron could possibly catalyze H2 to dense hydrogen more efficiently. The advantage of extreme physical strength against deformation - for cold fusion - is

RE: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

A cheaper glassy metallic has been developed―see the abstract below: Fe�\based Metallic Glasses in Functional Catalytic Applications Prof. Lai�\Chang Zhang Shun�\Xing

Re: [Vo]:This recent Palladium alloy is one of strongest alloys ever made

BTW the palladium alloy mentioned below is available from Glassimetal, Inc https://www.glassimetal.com/materials It is very dear, as they say... BTW #2  Apple, Inc is listed as co-assignee of the patents and is said to have a large investment in Glassimetal

[Vo]:This recent Palladium alloy is one of strongest alloys ever made

Over the years, going all the way back to Pons and Fleishmann, there has been clear and specific info on active host metals - to wit: palladium-silver alloy works well in cold fusion and pure Pd does not. Fleischmann said of "Type A" : "Look at the data from Miles. What does it tell you?