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Understanding X-ray Induced Electron Emission: Mechanisms and Applications

X-ray induced electron emission is a critical phenomenon in various fields, including materials science, radiation therapy, and surface analysis. This process occurs when X-rays interact with matter, causing the ejection of electrons from atoms and molecules. Understanding this mechanism is vital for optimizing X-ray applications in technology and medicine. Key factors influencing electron emission include X-ray energy, material properties, and surface conditions. Exploring this relationship enhances our capabilities in developing advanced diagnostic tools and therapeutic strategies.

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Understanding X-ray Induced Electron Emission: Mechanisms and Applications

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  1. X-ray induced electron emission

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