Nuclear magnetic resonance (NMR) may be able to determine the distance between the two hydrogen atoms of water molecules. Any university chemistry lab should have the equipment.
http://en.wikipedia.org/wiki/NMR http://en.wikipedia.org/wiki/Proton_NMR On Mon, Nov 10, 2008 at 05:13:37PM -0800, Harvey Norris wrote: >According to John Ellis, using an ozone bulb across the steam generated in a >condensation still type set-up used for distillation results in a "shifted" >molecular bond between hydrogen and oxygen water molecules impregnated as the >new bond angle made after recombination into liquid state from a former >gaseous steam state; with the additional influence of the UV wavelength used >by these germicidal type bulbs to be present initially before the phase change >from gaseous steam to liquid water taking place upon cooling. Typical ozone >bubbling techniques to produce ozonated water shows a rather quick dimunition >of ozone present in the water, as it is presumably evaporated out. However the >method here is to change the bonding angle of the condensated water molecule >itself by influence of the UV light radiation which normally will produce >airborne ozone when exposed to atmosphere by this blue type quartz bulb, but >in this case its influence is limited by a > pressurized steam flow. I am now engaged in producing samples of this product > and wish to test it according to the hypothesized phase angle change of water > made by this method. I have heard that it is practically impossible to test > the phase angle thesis. Will ship samples for others to test if they see a > light at the end of the tunnel here. >Sincerely HDN
