21. Note that in the case of electron capture, bremsstrahlung is emitted even though no charged particle is emitted. 22. If the reason is deflection by another particle, plasma radiates X-rays, known as Bremsstrahlung radiation. 23. Each decrease in energy produces bremsstrahlung and Auger electrons, which are below the detector's energy threshold. 24. These speed changes can be caused by Bremsstrahlung radiation or cyclotron radiation or synchrotron radiation or electric field interactions. 25. This would show which areas contained no iron, despite the anomalous X-ray counts caused by bremsstrahlung . 26. The spectrum of these x-rays is composed of a continuous portion ( bremsstrahlung ) and characteristic lines. 27. Therefore, the vast majority of ions expend their energy emitting bremsstrahlung radiation and the ionization of atoms of the target. 28. When passing through matter, a beta particle is decelerated by electromagnetic interactions and may give off bremsstrahlung x-rays. 29. It is worth noting that the term " polarizational " is not meant to imply that the emitted bremsstrahlung is polarized. 30. Instead, the bremsstrahlung radiation may be thought of as being created as the captured electron is accelerated toward being absorbed.
