Objectives of the Experiment
● Nuclear Magnetic Resonance on protons and fluorine in liquids and solid samples.
● Determination the g-factor of protons and fluorine.

How it works
Using the marginal oscillator, the sample is put into the oscillating coil, the sample and oscillating coil are in the magnetic field B0. When the oscillating frequency of the marginal oscillator is approaching the sample's resonant frequency ν, the RF magnetic field energy will be absorbed by the sample, the marginal oscillator will stop oscillating and the output of the oscillator will drop sharply. So that we can detect the NMR signal and obtain the g-factor of the sample: g=-h•ν/(μ_n • B₀); μn: nuclear magneton; h: Planck's constant.

Features
● Tunable uniform magnetic field
     The parallelism of the magnetic gap can be assured and adjusted by the 2 sets of symmetric screws, which provides a uniform magnetic field.
● Two-dimension adjustable detector
     Adjustable racks and positioning stages which can change the position of the detector and sample in the magnetic field.
● Changeable test sample
     Easily place and takeout the test samples, no need to replace other components or use any other tools.
● Clear resonance signal
     The display of the resonance signal oscillograph is vivid and clear.

Typical Result
Water sample, ν=16.94MHz, I=2.82A, B=400mT

PTFE sample, ν=15.92MHz, I=2.82A, B=400mT

Order Information