1. When the electrons jump , they emit photons of light. 2. The phosphor atoms are stimulated and electrons jump to higher energy levels. 3. :: : Well, electrons jump from one orbital to another without going in between. 4. When light of suitable wavelength falls on atoms, their electrons jump to a higher energy state. 5. The junction is thin, and the electric field is large enough that electrons jump the energy gap. 6. The emitter apparatus consists of a thin slit across which electrons jump when powered with high-voltage gradients. 7. When an extra amount of energy is absorbed, the electrons jump into higher energy orbital patterns surround their nucleus. 8. The hole moves about by having electrons jump from neighbor regions and filling the hole and living a vacancy behind. 9. The larger the energy separation of the states between which the electron jumps , the shorter the wavelength of the photon emitted. 10. By exciting the atom, the electron jumps to another orbit, and in this jump it emits energy ( photon ).
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