Once more: A magnetic field influences the spin and orbital degrees of
freedom.
The spin effects can approximately be taken care of as described in the
UG for NMR in metals. It leads to a trivial (or non-trivial if there is
screening) Zeeman splitting. Since even a large field of 100 T is
As for NMR in not-too-strong B-field, it may indeed not be necessary to
consider the orbital effects of B. I am not an expert in NMR. What I had
in mind is related to my quantum Hall effect background and could be
explained e.g. with bulk GaAs as an example.
For B=0, the conduction band of
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