- #1
benrogers7511
- 2
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My probelms is thus:
I have a numerous samples that my company runs and I am trying to figure out how the lithium borate fusion of samples like silicon dioxide or Fe-Ti stabilize after excitation from xray to fluores. Becasue the way I would think is that the smaple/LiT is stable before excitation and after the loss of electrons from the sample through fluorescence, there is a slight positive charge on the samples that has been excited and the smaples that has not will shift its electron clouds around to compensate.
Any thoughts?
I have a numerous samples that my company runs and I am trying to figure out how the lithium borate fusion of samples like silicon dioxide or Fe-Ti stabilize after excitation from xray to fluores. Becasue the way I would think is that the smaple/LiT is stable before excitation and after the loss of electrons from the sample through fluorescence, there is a slight positive charge on the samples that has been excited and the smaples that has not will shift its electron clouds around to compensate.
Any thoughts?