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Tuesday, October 18, 2016

The Total Picture

Why is emission that occurs at the same time as absorption lines almost continuous, whereas absorption lines are spaced far apart?


For each value of n2, we have an absorption line.  All possible values of n2 generates an absorption series.

With many n1=1 plots corresponding to different allowable energy states, we have a number of absorption series that depict such plausible energy states.

Which is confusing because of the one added level of indirection.  For example,

n1=1 for n=1

n1=1 for n=2

and

n1=1 for n=3

where the lowest energy level of a particle of two constituent basic particles is different (higher) than the lowest energy of a particle with three constituent basic particles.

What happened to ni=noi=i?

This expression considers the lowest (first, n1=1) energy level in a set of all particle sizes (all n).

Energy transitions occur for a particle given its number of constituent basic particle size n with a particular first/lowest energy state.  The lowest energy level n1, given n is an absorption series given all values of  n2.  Across all possible values of n1 as particle n size changes, we have different absorption series.

And the question was, why is it an absorption line?  Which leads to the question, are there fine gaps in the background emission spectrum?

Note:  In the plot above n1=1 is indicative of the lowest energy level of a particular n.  Given all values of n2, n1=1 for a particular n generates a absorption series.  When n is higher n1=1 is lower, with less energy.  Different n, generates different spectra series.