Experiment to Demonstrate Normal Zeeman Effect
This experiment involves observing the splitting of the red cadmium line perpendicular in transverse configuration or parallel in longitudinal configuration to an external magnetic field. The observation in longitudinal configuration is made possible by a stepped hole on the pole piece of the electromagnet. As the light from the Cd lamp passes through the Fabry-Pérot etalon, interference rings are formed which, like the spectral line, split into doublets or triplets depending on the direction of the external magnetic field.
The splitting of the interference rings is recorded using the MikroCam SP 3.1 microscope camera. A red filter applied to the focusing lens of the dedicated digital camera increases the contrast/depth of field for analysis of the Cd lines.The associated software (for Windows) allows both qualitative observation of the live image and quantitative analysis using screenshots and videos. The occurrence of linear or circular polarization is analyzed using the polarization filter or the quarter wavelength plate with polarization attachment. The whole experiment is built on a stable optical precision bench system.
![Experiment: Normal Zeeman Effect (230V, 50/60 Hz), 8000867 [UE5020700-230], Fundamentals of Atomic Physics](/imagelibrary/UE5020700-230/UE5020700-230_01_Experiment-Normal-Zeeman-Effect-230V-5060-Hz.jpg)
![Experiment: Normal Zeeman Effect (230V, 50/60 Hz), 8000867 [UE5020700-230], Fundamentals of Atomic Physics](/thumblibrary/UE5020700-230/UE5020700-230_01_1200_1200_Experiment-Normal-Zeeman-Effect-230V-5060-Hz.jpg)
![Fabry-Perot-Etalon, 1020903 [U8557590], Fundamentals of Atomic Physics](/thumblibrary/U8557590/U8557590_01_140_140_Fabry-Perot-Etalon.jpg)
![Optical Precision Bench D, 1000 mm, 1002628 [U10300], Optics with an Optical Bench](/thumblibrary/U10300/U10300_01_140_140_Optical-Precision-Bench-D-1000-mm.jpg)
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![Support for Optical Bench D, 1012399 [U103041], Optics with an Optical Bench](/thumblibrary/U103041/U103041_01_140_140_Support-for-Optical-Bench-D.jpg)
![Optical rider D, 90/36, 1012401 [U103161], Optics with an Optical Bench](/thumblibrary/U103161/U103161_01_140_140_Optical-rider-D-9036.jpg)
![Optical Base D, 1009733 [U10319], Optics with an Optical Bench](/thumblibrary/U10319/U10319_01_140_140_Optical-Base-D.jpg)
![DC Power Supply, 32 V, 20 A (230 V, 50/60 Hz), 1012857 [U11827-230], Power Supplies](/thumblibrary/U11827-230/U11827-230_01_140_140_DC-Power-Supply-32-V-20-A-230-V-5060-Hz.jpg)
![Set of 15 Experiment Leads, 75 cm 1 mm², 1002840 [U13800], Circuits](/thumblibrary/U13800/U13800_01_140_140_Set-of-15-Experiment-Leads-75-cm-1-mm.jpg)
![Polarisation Filter on Stem, 1008668 [U22017], Optical Components on Stem](/thumblibrary/U22017/U22017_01_140_140_Polarisation-Filter-on-Stem.jpg)
![Quarter-Wavelength Filter on Stem, 1021353 [U22023], Optical Components on Stem](/thumblibrary/U22023/U22023_01_140_140_Quarter-Wavelength-Filter-on-Stem.jpg)
![Coil D, 900 Turns, 1012859 [U8497390], Demountable Transformer D](/thumblibrary/U8497390/U8497390_01_140_140_Coil-D-900-Turns.jpg)
![Polarising Attachment, 1021364 [U8557760], Polarisation](/_images/ProductImageComingSoon/140en.gif)
![Electromagnet Accessory for Zeeman Effect, 1021365 [U8557770], Fundamentals of Atomic Physics](/thumblibrary/U8557770/U8557770_01_140_140_Electromagnet-Accessory-for-Zeeman-Effect.jpg)
![Barrel Foot, 1 kg, 1002834 [U13265], Bases](/thumblibrary/U13265/U13265_01_140_140_Barrel-Foot-1-kg.jpg)
![Set of 15 Experiment Leads, 75 cm 2.5 mm², 1002841 [U13801], Circuits](/thumblibrary/U13801/U13801_01_140_140_Set-of-15-Experiment-Leads-75-cm-25-mm.jpg)
![Plate Capacitor D, 1006798 [U8492355], Electrostatics](/thumblibrary/U8492355/U8492355_01_140_140_Plate-Capacitor-D.jpg)
![Experiment: Millikan’s Experiment (230 V, 50/60 Hz), 8000774 [UE5010400-230], Fundamentals of Atomic Physics](/thumblibrary/UE5010400-230/UE5010400-230_01_140_140_Experiment-Millikan-s-Experiment-230-V-5060-Hz.jpg)