DO NOT DOWNVOTE UNLESS YOU HAVE A GOOD REASON WHY. Includes hydrogen, boron, helium, lithium, beryllium, and carbon. USE FIRE, BLOB OR FANCY DISPLAY!
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Comments
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In my examples 0.45,4.51keV is for titanium, 2.29,2.4keV for Mo, and 5.03,5.49keV for praseodymium. 0.21keV is...nothing, it's between Boron an Carbon.
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@powderskye: These energies are the reflection energies during an RFA (in German short for Roentgen-Flouroszensanalyse, or X-Ray flouroscence analysis in english) that's a technique to get the chemical composition without damaging the sample. You're going to irradiate the sample, what punches out some electrons, the remaining electrons filling the gaps and emitting the excess energy. These are individual for all elements, so you can recongnise it.
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@SFStudios Which ones? The stationary ones or the moving ones?
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(Those aren't very realistic electrons but I'll give it a +1 because it looks cool)
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what will happen at 0.21 keV? :P
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@HapyMetal lol :p
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@powderskye: you becoming flourocents at 0.45, 2.29, 2.4, 4.51, 5.03 and 5.49 keV :-p
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lol what if there was a praseodymium-molybdenum-titanium alloy razor wire *poke* *skewer*
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@HapyMetal and @Kingofgoldness Thanks! :)
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+1 Reminds me on my physic elemetary training for OES and RFA.