X-rays are produced by:
characteristic and bremsstrahlung interactions
When filament electrons enter the anode target, they interact with:
Outer shell electrons of tungsten atoms
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When a filament electron knocks out a K shell electron from the tungsten atom, it
leads to:
A characteristic x-ray photon
The energy of the characteristic x-ray photon depends on:
a.) the binding energy of the inner-shell electron
b.) the energy level of the filament electron
c.) the shell of the electron that is dropping into the vacancy
d.) all of these
d.) all of these
A filament electron removes a K shell electron and an M shell electron fills the
vacancy. The k shell binding energy is 69.5 keV and the M shell binding energy is
2.8 keV. What is the energy of the K-characteristic photon produced?
66.7 keV
Bremsstrahlung means:
braking radiation
The energy of the brems photon depends on:
a.) The original energy of the filament electron
b.) The strength of the attraction between the electron and the nucleus, and the
c.) Energy of the filament electron as it leaves the tungsten atom
d.) All of these
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