Difference between revisions of "Electron Diffraction"

From UO Physics Demonstration Catalog

(Created page with "{{NewDemo|subject=Modern|topic=Quantum Physics|file1=electron_diffraction.GIF}} Electrons are accelerated inside a large cathode ray tube. A crystal is positioned in the electron ray's path. The electrons are diffracted and strike the phosphorus coating on the glass display. '''Location: ''' * Black Cabinet")
 
 
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{{NewDemo|subject=Modern|topic=Quantum Physics|file1=electron_diffraction.GIF}}
{{NewDemo|subject=Modern|topic=Quantum Physics|file1=electron_diffraction.GIF}}


Electrons are accelerated inside a large cathode ray tube. A crystal is positioned in the electron ray's path. The electrons are diffracted and strike the phosphorus coating on the glass display.
Electrons are accelerated inside a large cathode ray tube. Adjust where the beam hits the screen and it will encounter a thin film crystal inside the tube. The electrons are diffracted and strike the phosphorus coating on the glass display creating dots or circles spread out on the screen.


'''Location:
'''Location:
'''
'''
* Black Cabinet
* Black Cabinet

Latest revision as of 09:57, 23 January 2023

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Electron diffraction.GIF

Description:

Electrons are accelerated inside a large cathode ray tube. Adjust where the beam hits the screen and it will encounter a thin film crystal inside the tube. The electrons are diffracted and strike the phosphorus coating on the glass display creating dots or circles spread out on the screen.

Location:

  • Black Cabinet