Higher Physics Lab Atomic & Nuclear Physics

ELECTRON SPIN RESONANCE AND NUCLEAR MAGNETIC RESONANCE (ESR-NMR) SN1029

 

ESR:
Exp-1 Line width.
Exp-2 Electron Spin.
Exp-3 Magnetic moment of an electron.
Exp-4 Determination of electron g factor.
Exp-5 Resonance Absorption of a high frequency oscillating circuit.
Exp-6 Dependence of resonance frequency on magnetic field.
NMR:
Exp-7 Determination of proton spin.
Exp-8 Magnetic moment of a proton and nucleus.
Exp-9 Determination of nuclear g-factor.
Exp-10 Nuclear Spin tomography.

  • Modular set for ESR/NMR
  • Table top experiment.
  • Easy to setup.
  • Glycerin, Teflon, and polystyrene sample for NMR
  • DPPH sample for ESR
  • Resonance absorption.
  • Magnetic fields.
  • Resonant line widths.
  • Electron and proton spin.
  • Magnetic moment.
  • Nuclear g-factors.
  • Nuclear-spin tomography.

In this set-up, the ESR of an unpaired electron of DPPH is studied. Study of NMR is carried out by using samples such as glycerine, teflon and polystyrene. The applied magnetic field is varied to determine the frequency at which the resonance occurs. Included coil pair is used here to obtain the variable magnetic field. The control panel provides the voltage-control, power to the ESR/NMR probes and coil pair and processes the signal to be obtained in the oscilloscope. ESR Basic Set, ESR Supplementary Sheet, Analogue Oscilloscope & HF Patch Chord are required to conduct the experiments listed under the heading of ESR. NMR Basic Set, NMR Supplementary Sheet, Analogue Oscilloscope & HF Patch Chord are required to conduct the experiments listed under the heading of ESR.

Contents:

Cat. No. Item Name ESR NMR
U189021 ESR/NMR Basic Set 1  
U189021 NMR Supplementary Set   1
U188501 ESR Supplementary Set 1  
U11255 HF Patch Cord 2 2

* Additionally Required
U11175 Analog Oscilloscope 35 MHZ 2CH

Atomic & Nuclear Physics Experiments