it is not my idea, but perhaps one could store H(0) inside palladium nanopowder's crystal lattice?
New way of storing H(0)
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Well, maybe. There are possibly other materials that would suit - but radicals (normally OH) are extremely reactive - so much so they are toxic. Pure OH would rapidly become 12 OH -> 6H20 + 3O2.
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Happy new year Alan Smith Curbina Shane D. barty AlainCo David Nygren and all
the members.
So i profit to this introduction to know if you have datas, Alan, about the recombination speed of these OH species or simply H mono ?
Well, maybe. There are possibly other materials that would suit - but radicals (normally OH) are extremely reactive - so much so they are toxic. Pure OH would rapidly become 12 OH -> 6H20 + 3O2.
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Rate obviously depends on temperature/pressure - but we are talking about less than 50 picoseconds.
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Interesting.. For example so many talked about LIH dissociation by a resulting combination of LI+ and H- but this state pratically doesn't exist because so quickly as you explained the lithium will suck around it one electron to become Li- then H will do H2.
Keeping enough long time stable these radical species has been a task in which so many failed, i expect.
Rate obviously depends on temperature/pressure - but we are talking about less than 50 picoseconds.
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Happy new year Alan Smith Curbina Shane D. barty AlainCo David Nygren and all
the members.
So i profit to this introduction to know if you have datas, Alan, about the recombination speed of these OH species or simply H mono ?
Happy New Year to all the new alchemists of the LENR FORUM!
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Well, maybe. There are possibly other materials that would suit - but radicals (normally OH) are extremely reactive - so much so they are toxic. Pure OH would rapidly become 12 OH -> 6H20 + 3O2.
I was talking about ultra dense hydrogen
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