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LADP-7 Integrated Experimental System of Faraday and Zeeman Effects

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Experiments

1. Observe Zeeman effect, and understand atomic magnetic moment and spatial quantization

2. Observe the splitting and the polarization of a Mercury atomic spectral line at 546.1 nm

3. Calculate electron charge-mass ratio based on Zeeman splitting amount

4. Observe Zeeman effect at other Mercury spectral lines (e.g. 577 nm, 436 nm & 404 nm) with optional filters

5. Learn how to adjust a Fabry-Perot etalon and apply a CCD device in spectroscopy

6. Measure magnetic field intensity using a Teslameter, and determine magnetic field distribution

7. Observe Faraday effect, and measure Verdet constant using light extinction method

Specifications

 

Item Specifications
Electromagnet B: ~1300 mT; pole spacing: 8 mm; pole dia: 30 mm: axial aperture: 3 mm
Power supply 5 A/30 V (max)
Diode laser > 2.5 mW@650 nm; linearly polarized
Etalon dia: 40 mm; L (air)= 2 mm; passband:>100 nm; R=95%; flatness:< λ/30
Teslameter range: 0-1999 mT; resolution: 1 mT
Pencil mercury lamp emitter diameter: 6.5 mm; power: 3 W
Interference optical filter CWL: 546.1 nm; half passband: 8 nm; aperture: 20 mm
Direct reading microscope magnification: 20 X; range: 8 mm; resolution: 0.01 mm
Lenses collimating: dia 34 mm; imaging: dia 30 mm, f=157 mm

 

Parts List

 

Description Qty
Main Unit 1
Diode Laser with Power Supply 1 set
Magneto-Optic Material Sample 1
Pencil Mercury Lamp 1
Mercury Lamp Adjustment Arm 1
Milli-Teslameter Probe 1
Mechanical Rail 1
Carrier Slide 6
Power Supply of Electromagnet 1
Electromagnet 1
Condensing Lens with Mount 1
Interference Filter at 546 nm 1
F-P Etalon 1
Polarizer with Scale Disk 1
Quarter-Wave Plate with Mount 1
Imaging Lens with Mount 1
Direct Reading Microscope 1
Photo Detector 1
Power Cord 3
CCD, USB Interface & Software 1 set (option 1)
Interference filters with mount at 577 & 435 nm 1 set (option 2)

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