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mr.cold commented at 2011-04-25 19:08:08 » #708576
Actually think of it like the gas neon. Normally its just like oxygen, clear and colorless. But when heated it produces light. I would suspect a oxidized plasma blade surronding a heat-resistant polymer capable of withstanding hundreds of thousand degrees. Remember gentlemen, in the right hands any and all things can become a reality.
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Actually think of it like the gas neon. Normally its just like oxygen, clear and colorless. But when heated it produces light. I would suspect a oxidized plasma blade surronding a heat-resistant polymer capable of withstanding hundreds of thousand degrees. Remember gentlemen, in the right hands any and all things can become a reality.
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Anonymous commented at 2011-05-09 21:48:14 » #727192
Normally it does, but remember by the oxygen being superheated it would expand until said bond would be broken due to overexpansion but when held within a closed area the excess amount of pressure put on itself by expanding, it would force the molecules to rebond in any number of ways. The only downside would be that the oxygen blade would become unstable because of the irregular bonds...
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Normally it does, but remember by the oxygen being superheated it would expand until said bond would be broken due to overexpansion but when held within a closed area the excess amount of pressure put on itself by expanding, it would force the molecules to rebond in any number of ways. The only downside would be that the oxygen blade would become unstable because of the irregular bonds...
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