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K alpha and L alpha are secondary radiation lines that are peculiar to a given element bombarded with radiation (Xray tube).

When you radiate an element, it gives off secondary radiation measured as K alpha and L alpha lines. This secondary radiation is given off at an angle peculiar to the element being radiated. Hence one is able to analyse a mineral ore sample for wanted elements by setting up radiation detectors at the various angles peculiar to the elements being sort.

This process is used in auto-assay equipment used by mining companies wanting to reduce the time it takes to analyse samples chemically.

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Aluminum K-alpha radiation can be obtained through an X-ray tube or synchrotron radiation source. When high-energy electrons are accelerated and directed towards an aluminum target, they interact with the atoms in the target material, resulting in the emission of K-alpha radiation characteristic of aluminum.

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Q: How can you obtain Al-k alpha radiation?
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