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This linear water molecule expands to gain electrons in the d sub-shell, and these extra electrons produce different effects on different target materials. Electrons that scatter at point of con-tact produce heat based upon electrical conductivity, density and thermal capacity of the material.
Idaho State University - Cited by 2,558 - Physics
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- Chris Eckman
Chris Eckman describes it as linear water molecules that expand to gain elec-trons in the d orbital sub-shell, one of the orbital subshells where electrons may be found in the atom. The additional electrons are responsible for the special effects of BG (Eckmann. 2010). It is common knowledge to anyone who understands the basics of
Dec 30, 2016 · USA. Known for. Brown's Gas, Torsion, New Energy, Plasma, Magnetic Propulsion, Electronics, Gravity, Relativity, Time, Space, Unification, Mathematics. Scientific career. Fields. Student. Chris worked at the Desert Research Institute (DRI) Weather Research Lab and had high marks on the research he did there.
But more recently, Chris Eckman in his paper, Plasma Orbital Expansion Theory for Brown's Gas, also claimed that the O-H bond angle was increased to a point whereby the natural hydrogen bonding was negated. But Eckman was producing oxygen and hydrogen, and maybe normal water vapour too.
Chris Eckman describes it as linear water molecules that expand to gain electrons in the d orbital sub-shell, one of the orbital subshells where electrons may be found in the atom. The additional electrons are responsible for the special effects of BG (Eckmann. 2010).
