Description
Atomfair ZEE-851 Zeeman Effect Experimental Instrument
Product Overview
This instrument is widely used in physics teaching and optoelectronic comprehensive experiments. It allows users to observe the changes of light in a magnetic field, understand the function of the F-P etalon, and measure the electron charge-to-mass ratio. Customized configuration parameters are available to meet different customer needs.
Main Experimental Contents
- Observe and understand the changes of light in a magnetic field;
- Learn about the function of the F-P etalon;
- Measure the electron charge-to-mass ratio.
Instrument Features
- The electromagnetic coil generates a magnetic field with continuously adjustable intensity;
- Equipped with an adjustable F-P standard spectroscopic element;
- Supports high-definition CCD acquisition and supporting analysis software (exclusive to ZEE-851 Plus model).
Specification Parameters (International Standard)
- Electromagnet: Magnetic induction intensity B > 1.15T;
- F-P Etalon: Light transmission aperture 40mm, air gap quartz gap 2mm, central wavelength 589.3nm, resolution λ/dλ ≥ 2×10⁵, high reflection bandwidth 100nm;
- Interference Filter: Central wavelength 546.1nm, transmission bandwidth ≤ 10nm, peak transmittance > 50%;
- Direct observation via a micrometer eyepiece;
- CCD records Zeeman effect split lines, and intelligent software measures and analyzes the split lines (exclusive to ZEE-851 Plus model);
- Computer is not included with the instrument.
Main Configurations
Precision guide rail, electromagnet and power supply, F-P etalon, micrometer eyepiece; ZEE-851 Plus model additionally includes CCD and software analysis system.
Customization Service
We provide customized configuration parameters according to different customer requirements to meet diverse experimental needs.
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
