| 1. | Secondary electrons are generated by the decay of the core hole.
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| 2. | One type had a funnel of sorts to capture the secondary electrons.
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| 3. | The primary beam also produces secondary electrons ( e " ).
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| 4. | The secondary electrons will ionize far more atoms than the primary photon.
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| 5. | Some crashing positive ions may generate a secondary electron.
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| 6. | Where \ gamma is the mean number of generated secondary electrons per ion.
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| 7. | Ions are accelerated into two high voltage dynodes where ions produce secondary electrons.
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| 8. | The improvement arises because secondary electron emission for high-Z materials is enhanced.
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| 9. | Secondary electron effects ( covered below ) degrade resolution at the targeted insertion nodes.
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| 10. | The photoelectron subsequently causes the emission of secondary electrons through the process of impact ionization.
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