X-ray Spectrum Types
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Questions and Answers

What causes the emission of X-ray photons in Bremsstrahlung radiation?

  • An electron colliding with another electron
  • An electron being decelerated by the nucleus' electric field (correct)
  • An electron being accelerated towards the nucleus
  • An electron ejecting another electron from an inner shell
  • What does the amount of Bremsstrahlung radiation depend on?

  • The speed of light
  • The distance between electrons and the nucleus
  • The electric field of the target
  • The number of protons and the kV peak (correct)
  • What happens during the characteristic X-ray emission?

  • An electron fills a vacancy created by an ejected electron (correct)
  • An electron's direction is changed by a magnetic field
  • An electron slows down as it approaches a nucleus
  • An electron is absorbed by the nucleus
  • What parameter represents the initial beam intensity in the X-ray attenuation equation?

    <p>$I_0$</p> Signup and view all the answers

    What does the linear attenuation coefficient measure?

    <p>The probability of photon interaction per unit length</p> Signup and view all the answers

    In the equation $I=I_0e^{-rac{ ho L}{m}}$, what does $x$ represent?

    <p>The thickness of the attenuator</p> Signup and view all the answers

    Which type of radiation is emitted when an electron is decelerated by the positive electric field of a nucleus?

    <p>Bremsstrahlung radiation</p> Signup and view all the answers

    What happens to the ejected electron in characteristic X-ray emission?

    <p>It forms a vacancy in the electron shell</p> Signup and view all the answers

    What is the numerical value for $e$ in the exponential term of the X-ray attenuation formula?

    <p>2.718</p> Signup and view all the answers

    Which process involves an outer shell electron filling a vacancy in an inner electron shell?

    <p>Characteristic X-ray emission</p> Signup and view all the answers

    Study Notes

    Types of X-rays

    • Bremsstrahlung Spectrum (Continuous X-ray) is produced when accelerated electrons are decelerated by the positive electric field of an atomic nucleus, emitting X-ray photons of equal energy.

    Bremsstrahlung Radiation

    • Occurs when electrons change direction, losing kinetic energy, which is emitted as an X-ray photon.
    • The amount of bremsstrahlung depends on the number of protons in the target and the kV peak.

    Characteristic X-ray

    • Produced when an electron interacts with an atomic electron within the anode, ejecting it from its shell.
    • The ejected electron vacancy is filled by an outer shell electron, emitting an X-ray photon with energy equal to the binding energy difference between the two shells.

    X-ray Absorption by Tissue

    • X-ray attenuation is the reduction of the X-ray beam due to absorption and scattering.
    • Attenuation of an X-ray beam can be measured using the equation: I=I₀e^(–μx).

    Attenuation Equation Variables

    • I₀ = initial beam intensity
    • I = unattenuated (transmitted) beam intensity
    • μ = linear attenuation coefficient
    • e = 2.718
    • x = thickness of the attenuator (e.g., brain tumor, bone, aluminum)

    Linear Attenuation Coefficient (μ)

    • Measures the probability that a photon interacts (is absorbed or scattered) per unit length it travels in a specified material.

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    Description

    Learn about the different types of X-ray spectra, including Bremsstrahlung or Continuous X-ray, and its properties.

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