X-rays
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X rays-rays
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X-rays represent a form of electromagnetic radiation. They are produced by the Xx-ray tube, using the high voltage to accelerate the electrons produced by the the cathode. The produced electrons interact with the anode, thus producing Xx-rays. The Xx-rays produced include Bremsstrahlung and the characteristic radiation for the anode element.
X-rays can interact with matter by the following:
- photoelectric effect
- Compton scattering
- Rayleigh or classical scattering
- pair production (not possible in the diagnostic radiology range)
- ionization
-<p><strong>X-rays </strong>represent a form of electromagnetic radiation. They are produced by the <a href="/articles/x-ray-tube-1">X-ray tube</a>, using the high voltage to accelerate the electrons produced by the <a href="/articles/cathode-1">cathode</a>. The produced electrons interact with the <a href="/articles/anode-1">anode</a>, thus producing X-rays. The X-rays produced include <a href="/articles/bremsstrahlung">Bremsstrahlung</a> and the <a href="/articles/characteristic-radiation">characteristic radiation</a> for the anode element.</p><p>X-rays can interact with matter by the following:</p><ol>- +<p><strong>X-rays </strong>represent a form of electromagnetic radiation. They are produced by the <a href="/articles/x-ray-tube-1">x-ray tube</a>, using the high voltage to accelerate the electrons produced by the <a href="/articles/cathode-1">cathode</a>. The produced electrons interact with the <a href="/articles/anode-1">anode</a>, thus producing x-rays. The x-rays produced include <a href="/articles/bremsstrahlung">Bremsstrahlung</a> and the <a href="/articles/characteristic-radiation">characteristic radiation</a> for the anode element.</p><p>X-rays can interact with matter by the following:</p><ul>
-</ol>- +</ul>
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