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Advanced Physics Laboratories
LEAI-10 CW-NMR
LEAI-11 CW-NMR-Advanced
LEAI-15 MW Electron Spin Resonance
LEAI-16 Ferromagnetic Resonance
LEAI-17 MW Electron Spin Resonance
LEAI-18 Ferromagnetic Resonance
LEAI-19 Apparatus of Optical Pumping
LEOI-32 Crystal Magneto-Optic Effect
LEOI-33 Crystal Acousto-Optic Effect
LEOI-34 Crystal Electro-Optic Modulation
LEAI-20 Zeeman-Permanent Magnet
LEAI-21 Zeeman-Electromagnet
LEAI-22 Faraday & Zeeman Effects
LEAI-30 Franck-Hertz Experiment
LEAI-31 Franck-Hertz-Complete
LEAI-32 Franck-Hertz-Advanced
LEAI-35 Ramsauer-Townsend Effect
LEAI-40 Millikan's Experiment
LEAI-42 Millikan's Experiment-Advanced
LEAI-45 Charge/Mass (e/m)
LEAI-47 Charge/Mass-Advanced
LEAI-48 Lorentz Force Demonstrator
LEAI-50 Planck's Constant (O-E Effect)
LEAI-52 Planck's Constant-Advanced
LEOI-63 Black-Body Experiment
LEAI-62 Electron Diffraction Apparatus
LEAI-65 MW & Waveguide Experiments
LEAI-70 Curie Temperature Apparatus
LEAI-75 Magnetoresistance Apparatus
LEEI-35 Hall Effect Apparatus
LEAI-90 A-scan Ultrasound Apparatus
LEOI-50 Semiconductor Laser Pumping
LEOI-51 He-Ne Laser Mode Analyzer
LEOI-53 He-Ne Laser Serial Experiments
LEOI-58 Diode Laser Experiment
 

Observed resonance signal

Observed resonance signal

Butterfly-shape signal

Butterfly-shape signal

 

     
LEAI-10

Experimental System of CW Nuclear Magnetic Resonance

 
Experimental System of CW Nuclear Magnetic Resonance
Note: oscilloscope not included
Features
Stable & large adjustment range of magnetic field
Homogeneous magnetic field
Multiple coda wave peaks
Reliable & affordable
 
Introduction

This LEAI-10 experimental system of continuous-wave nuclear magnetic resonance (CW-NMR) consists of a probe, an electromagnet, and a main machine unit. It is easy to use with a high SNR. It is an ideal experimental instrument for advanced physics laboratories.

 

Using this instrument, the following experiments can be performed:

 

1. Understand the classical theory of NMR.

2. Master the experimental method for studying NMR phenomena.

3. Observe NMR absorption signal of proton (H nucleus), and measure magnetic field strength.

4. Observe NMR phenomena and determine gyromagnetic ratio, g-factor and nuclear magnetic moment.

    
Specifications

 

Power supply of electromagnet

max output voltage: ≥30 VDC
output current: DC 0~3.0 A adjustable
meter accuracy: 1%

Electromagnet

max magnetic field: ≥400 mT

 

Sweeping field

max output voltage: ≥10 VAC (effective value)
output current: AC 0.2~0.5 A adjustable
phase adjustment range: ≥180°
Sweeping field 2~20 mT
Signal amplitude ≥0.5 Vp-p, water sample

Sample

(1) Liquid samples such as water solution of FeCl3 or CuSO4 (solution not included), φ5 mm; (2) PTFE (solid), φ4X40 mm

Oscillator frequency

10 MHz to 14 MHz

Continuous operation

> 8 hours (preheat 15 minutes)

 
Parts List

Description

Qty

Main Machine Unit
1

Electromagnet

1
Sample Probe
2
Power Cord
1
Connection Wire and Cable
8

Teslameter

1 (Optional)

Frequency Meter

1 (Optional)

Oscilloscope
1 (Optional)

Instruction Manual

1

 
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