g-factor of a bound electron
g-factor of a bound electron
g-factor of a bound electron
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Conclusion<br />
Conclusion<br />
The g-<strong>factor</strong> is defined as ⃗µ = −g e<br />
2m ⃗ S<br />
Zeeman splitting in a magnetic field is ∆E 1s = −⃗µ · ⃗B = ω L<br />
The cyclotron frequency is given by ω c = e m B<br />
Measurement <strong>of</strong> the g-<strong>factor</strong><br />
g = 2 · ωL<br />
ω c<br />
The anomalous moment <strong>of</strong> the <strong>bound</strong> <strong>electron</strong> is given by<br />
g = 2 · ωL m e Q<br />
ω c m ion e<br />
Ion Stroescu (Uni Heidelberg) g-<strong>factor</strong> <strong>of</strong> a <strong>bound</strong> <strong>electron</strong> January 11, 2008 31 / 32
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