LADP-8 Zeeman Effect Apparatus with Electromagnet

Short Description:

Zeeman effect is a classical modern physics experiment. Through the observation of the experimental phenomenon, we can understand the influence of magnetic field on light, understand the internal motion state of luminous atoms, deepen the understanding of the quantization of atomic magnetic moment and spatial orientation, and accurately measure the charge mass ratio of electrons.

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Experiments

1. Learn the experimental principle of Zeeman effect, read the diameter of split ring directly, calculate the wave number difference and electron charge mass ratio;

2. Learn the adjustment method of Fabry Perot etalon.

Specifications

1. Magnetic induction intensity of magnet 1.36t (central magnetic field)
2. The aperture of the standard is 40mm, and the interval is 2mm
3. The center wavelength of interference filter is 546.1nm
4. The accuracy of reading microscope is 0.01mm
5. Resolution of Tesla meter is 1mt

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Zeeman Effect