DE shielded protons experience a net magnetic field strength that is higher than the Shielded protons.
It experiences various magnetic fields because diverse chemical conditions are present. It comes in two varieties according to the net magnetic field that has been observed: - Protons without shields: De shielded protons are protons that are bound to specific electronegative groups that encounter a stronger net magnetic field. The reason for this is a lower electron density. A higher frequency will be resonant for this kind of proton.
Protons that are connected to particular groups and experience a lower net magnetic field are referred to as shielded protons. More electrons are concentrated around the nucleus as a result. This kind of proton will have a lower resonance frequency.
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