Quantum Mechanical Model
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Q. Electrons with energy 80 KeV are incident on the tungsten target of an X-ray tube. K shell electrons of tungsten have ionization energy 7.25 KeV. X-rays emitted by the tube contain only :
- A continuous X- rays spectrum (Bremsstrahlung) with a minimum wavelength of 0.155 ˙A and the characteristic X- rays spectrum of tungsten.
- A continuous X-rays spectrum (Bremsstrahlung) with all wavelengths.
- The characteristic X- rays spectrum of tungsten.
- A continuous X-rays spectrum (Bremsstrahlung) with a minimum wavelength of nearly 0.155 ˙A
Q. Electrons with energy 80 KeV are incident on the tungsten target of an X-ray tube. K shell electrons of tungsten have ionization energy 7.25 KeV. X-rays emitted by the tube contain only :
- The characteristic X- rays spectrum of tungsten.
- A continuous X-rays spectrum (Bremsstrahlung) with a minimum wavelength of nearly 0.155 ˙A
- A continuous X-rays spectrum (Bremsstrahlung) with all wavelengths.
- A continuous X- rays spectrum (Bremsstrahlung) with a minimum wavelength of 0.155 ˙A and the characteristic X- rays spectrum of tungsten.