Chemical Forums
Specialty Chemistry Forums => Nuclear Chemistry and Radiochemistry Forum => Topic started by: osward on August 04, 2010, 09:21:54 AM
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Hi everyone,
I'm newbie here, i'm not a chemistry student but intresting to play around with it. Ok i'm using a thorium to create oxygen and hydrogen in a air (N+He=>O+H). i use a air pump, the air inlet install with thorium filter. every air going in the air pump inlet going to convert to Oxygen and Hydrogen. So i though once i light up a fire in a air pump outlet it going to be small explosion. But nothing!!!
Its because of singel H and O cant burn? Its need to bond it become HHO?
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Nuclear reactions generally occur extremely infrequently. Only trace amounts - a few atoms - of H would be produced (and any that was formed would react (chemically) as soon as it was produced).
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Nuclear reactions generally occur extremely infrequently. Only trace amounts - a few atoms - of H would be produced (and any that was formed would react (chemically) as soon as it was produced).
Hi Gipping,
Only few H atom produce and it will automaticaly bond by it self to HHO. Hmmm so with mean my probelm is, i need to increase the H atom. Currently i'm using alpha 5000CPM, so how much more should i increase? Or do you have a data of H release from Thorium in calculation?
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Ever thought about water electrolysis to get O2 and H2? ;D
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I don't have any figures for the rate of H production but it is so small that it just isn't practical to make a significant amount this way.
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When the nitrogen in the air is hit by an alpha particle, a proton might be ejected so in fact, you won't have hydrogen, it will be a lonely proton flying off at high speed until it bind with some atom (N2 or O2 or whatever is in the air).
14N + alpha(+2) = 17O(+) + p(+)
Another reaction path would be
14N + alpha(+2) = 17F(+2) + n
and the F would decay by beta+ emission and turn into 17O
A fun experiment would be to try to detect those beta+ emissions with a geiger counter.