The Magnetic Field B Experienced At The Nucleus Of An Atom Is Not Identical To T

The magnetic field, B, experienced at the nucleus of an atom, is not identical to the applied field, B0, due to shielding effects of the surrounding electrons: B = B0 (1 – ) or NMR = B0 (1 – ) / 2 where Is a (dimensionless) shielding constant. What do we expect to see?

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