In an electron microscope, we wish to study particles of diameter about 0.10 μm (about 1000 times the size of a single atom). (a) What should be the de Broglie wave- length of the electrons? (b) Through what potential dif- ference should the electrons be accelerated to have that de Broglie wavelength?
In an electron microscope, we wish to study particles of diameter about 0.10 μm (about 1000 times the size of a single atom). (a) What should be the de Broglie wave- length of the electrons? (b) Through what potential dif- ference should the electrons be accelerated to have that de Broglie wavelength?
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Transcribed Image Text:In an electron microscope, we wish to study particles of
diameter about 0.10 μm (about 1000 times the size of a
single atom). (a) What should be the de Broglie wave-
length of the electrons? (b) Through what potential dif-
ference should the electrons be accelerated to have that
de Broglie wavelength?
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