Inelastic Scattering and Beam Damage
In the previous chapter, we discussed elastic scattering of the electron beam in which the incident electron lost no energy as it interacted with the specimen. Inelastic or energy-loss electrons are equally important and we’ll discuss the processes here, but leave the applications till later. Why are we interested in inelastic scatter? Well, inelastic scattering generates a whole range of signals, each of which can tell us more about the specimen than we can find out from the elastic electrons. The most important signals are the X-rays, inelastic electrons, and secondary electrons, and so we’ll emphasize how these signals arise. We will also discuss why these specific signals are useful to materials scientists.
KeywordsQuartz Recombination Bors Trench Auger
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