Page Thirteen - About Wavelengths & Fusion Exp XX

Page Two - VIDEO Understanding the Data Page Three - VIDEO Fusion Exp 1R Page Twelve - VIDEO of EXP-BN-4 Page Thirteen - Wavelengths & Fusion Exp XX Page Fourteen - How Spectral Lines are Produced & Exp 1C Page Fifteen - Fusion VIDEO Exp 2C Page Sixteen - Fusion VIDEO Exp 3C Page Seventeen - Fusion VIDEO Exp 1R Page Eighteen - Fusion VIDEO Exp 2R Page Nineteen - Fusion VIDEO Exp RW1 Page Twenty - Fusion VIDEO Exp RW2 Welcome To Fusionpeery Homepage Page 27 EXP-46, P1, VTPR & BN 1&2 Page Six - VIDEO of Fusion's Dilemma in Today's World Page 23 The Reactor & Other Images Page 25 "N" Fusion Series Continued Page 29 EXP-BN Fusions Continued Page 21 Book Site Info Page 24 "N" Series Fusions Page 26 "A" Fusion Series Low H Page 28 EXP-BN High H Concentration Fusions Page 31 Fusion Exp Composite Images Page 32 Fusion Exp Composite Images Page Ten - Who Gains? Page Eleven - Who Looses? Photo 2 Photo 4

Displaying The Wavelengths of the Visual Lines Produced by Helium

The Atoms of each Chemical Element when excited by an external source of energy, such as extreme heat, electric current, strong magnetic fields, or any other energy source that is intense enough to energize the atom's electron or electrons to temporarily jump to a higher energy orbit within their atom's atomic structure and then later to give up their absorbed energy by falling back into some lesser energetic atomic orbit, causes the difference, that exists between the energy levels of the two orbits, to be radiated at some exact frequency and wavelength which precisely represents the chemical element which radiated the energy. The spectrum of frequencies and wavelengths ratiated by each chemical element are as unique to that element as is DNA unique to its biological source. The Spectrum of Frequencies and their wavelengths are absolutely unique to the chemical element that was their originating source, Thus by examining the radiated spectrums from any source it can be determained what chemical elements are within that source. When we see Helium spectral lines within the spectrum from our Hydrogen fusion experiments, we can be certain we have produced Helium from our Hydrogen fusion as no Helium was present within the source before the fusion took place.

Below is represented the Wavelengths in Nanometers that are produced by excitation of pure Helium gas within a Helium Lamp Reference Source. The excitation source used is 800 Volts at 40 Khz placed across the lamp's electrodes. This excitation source does not cause the He lamp to produce all of its possible wavelengths.

Below is the Video Spectrum produced by Hydrogen Fusion to form heavier nuclei of atoms and below the video image is a captured single video frame.