Often measured relative to tetramethylsilane, for ten points, identify this quantity which measures the dependence of resonance frequency on the magnetic environment in NMR.
In Auger spectroscopy, this term is applied to changes in peak energies due to changing electron binding energy. In a better-known case, it is caused by such phenomena as diamagnetic shielding(*) and proximity to electronegative atoms. Often measured relative to tetramethylsilane, for ten points, identify this quantity which measures the dependence of resonance frequency on the magnetic environment in NMR.
In Auger spectroscopy, this term is applied to changes in peak energies due to changing electron binding energy.
chemical shift