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Strategies & Market Trends : ahhaha's ahs -- Ignore unavailable to you. Want to Upgrade?

To: deeno who wrote (7205)	1/5/2006 3:23:27 AM
From: ahhaha	Read Replies (1) \| Respond to of 24758

There are ways to rearrange the electron orbitals of Hydrogen using catalysts such that energy can be stored in the orbitals by inducing the electrons to enter into fractional quantum orbital states(of greater atomic radius). This is an enthalpic transformation. Hydrogen qualified in this way is called Hydrino. When the electrons are brought through their activation energy barrier by plasma interaction, the electrons release their energy by dropping to a lower, integer, level in what is called a Rydberg transition and generate sharply defined spectrum emission photons. Since the intensity of the photon flux is high and the flux is pure, the flux can be used for a wide variety of applications. The estimated power flux potential increase comparison with straight Hydrogen plasma is 100x. So the basic idea is to transform atomic Hydrogen into a quasi charged state, bring this form to activation in a plasma, release the energy in photons and ions of special characteristics, process the photons and ions for various applications. I found line-of-sight telecom through blue lasers and VUV photolithography applications especially intriguing more so than the energy generation angle although the low cost and cleanliness of the power plant application is impressive too. There were quite a few other applications, but like I said earlier, there are a great deal of practical problems to solve that may render various potential applications uneconomic.