Q4) The background signal in EELS is higher than the one in EDX. Why and how to reduce it in EELS?
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A: Critical Radius, r∗=1.75nm=1.75×10−9mThe lattice parameter of copper, a=.3597nm=.3597×10−9m
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A: Introduction: The Lande's g factor is given as: g=1+JJ+1+SS+1-LL+12JJ+1
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A: Allowed transitions are transitions which have maximum probability for occurrence.
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