Natural linewidth of hyperfine levels?
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Answered by
0
Hey mate ^_^
The D2 line's hyperfine transitions share the same change in J, namely 3/2→1/23/2→1/2.....
The only difference between the hyperfine sub-levels with different FF from a certain fine structure level is the orientation of the electron spin (up or down), but nevertheless, they share the same JJ and therefore the same rate / lifetime / linewidth.....
#Be Brainly❤️
The D2 line's hyperfine transitions share the same change in J, namely 3/2→1/23/2→1/2.....
The only difference between the hyperfine sub-levels with different FF from a certain fine structure level is the orientation of the electron spin (up or down), but nevertheless, they share the same JJ and therefore the same rate / lifetime / linewidth.....
#Be Brainly❤️
Answered by
3
Hello mate here is your answer.
The minimum line width observed was 6 times smaller than the natural width … to achieve a narrowing of the line- width observed in spectroscopic experiments below the natural width … The general idea of these ex- periments is to observe the radiation from naturally decaying states.
Hope it helps you.
The minimum line width observed was 6 times smaller than the natural width … to achieve a narrowing of the line- width observed in spectroscopic experiments below the natural width … The general idea of these ex- periments is to observe the radiation from naturally decaying states.
Hope it helps you.
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