Page Fourteen - How Spectral Lines are Produced
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
Information For Understanding The Source Of An Element's Spectral Lines
The Nature of The Visual Spectral Lines Produced by an Element
The Diagram below illustrates for nature's simplest atom "Hydrogen" How the one Electron of the Hydrogen Atom can produce various different spectral lines, dependent on the intensity and source of the atom's excitation.
Such a diagram for the Helium Atom would be more complex, because the Helium Atom has two Electrons, which when excited can produce many visual spectral lines as are identified by the Helium Lamp's Spectrum, which is shown with every Hydrogen Fusion experiment.
IBelow is The Video Spectrum From Fusion Experiment 1C of 14 Mar 2008
