Zeeman Effect Apparatus

Zeeman Effect Apparatus

Product Details:

  • Power 75 W
  • Voltage 220 V AC, 50 Hz
  • Display Direct optical observation; optional digital display for advanced models
  • Usage Laboratory use; demonstration and study of Zeeman Effect
  • Product Type Zeeman Effect Apparatus
  • Material Metallic housing with anodized aluminum components
  • Design Bench-top, robust and vibration-resistant design
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Zeeman Effect Apparatus Price And Quantity

  • 1 Unit
  • Integrated polarizer with rotation control for selective polarization analysis
  • Meets CE and ISO guidelines for laboratory apparatus
  • Protective shielding for high-voltage and magnetic field absorption
  • High dispersion Littrow prism or diffraction grating for spectral resolution
  • Integrated fan-assisted cooling for magnet stability
  • 10C 40C
  • Discharge tube, power cables, viewing screen and installation manual included
  • Powerful electromagnets with adjustable field strength up to 1.2 Tesla
  • Visual and photographic observation available
  • Precision adjustable mount for discharge tube
  • Micrometer screws for fine alignment of optics
  • Factory calibrated; includes calibration certificate

Zeeman Effect Apparatus Product Specifications

  • Metallic housing with anodized aluminum components
  • Approx. 28 kg
  • Not applicable (direct power supply)
  • Direct optical observation; optional digital display for advanced models
  • Bench-top, robust and vibration-resistant design
  • Laboratory use; demonstration and study of Zeeman Effect
  • 75 W
  • 220 V AC, 50 Hz
  • AC mains powered
  • Approx. 650 mm 320 mm 370 mm
  • Mercury vapor discharge lamp (including 546.1 nm green spectral line)
  • High precision measurement of Zeeman splitting
  • Zeeman Effect Apparatus
  • Photomultiplier tube and optical viewing system
  • Integrated polarizer with rotation control for selective polarization analysis
  • Meets CE and ISO guidelines for laboratory apparatus
  • Protective shielding for high-voltage and magnetic field absorption
  • High dispersion Littrow prism or diffraction grating for spectral resolution
  • Integrated fan-assisted cooling for magnet stability
  • 10C 40C
  • Discharge tube, power cables, viewing screen and installation manual included
  • Powerful electromagnets with adjustable field strength up to 1.2 Tesla
  • Visual and photographic observation available
  • Precision adjustable mount for discharge tube
  • Micrometer screws for fine alignment of optics
  • Factory calibrated; includes calibration certificate

Zeeman Effect Apparatus Trade Information

  • 5 Unit Per Week
  • 4-5 Days
  • Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia, Central America
  • All India

Product Description

Zeeman Effect Apparatus

Zeeman Effect is an Optomagnetic device in which a source of line spectrum preferbly monochromatic source is placed between the poles of electromagnet. On applying the suitable magnetic field, the spectral line splits into sub components which have wavelength different from its main / original wavelength.

 Specification

Packaging Type

Corrugated Boxes

I Deal In

New Only

Material

Metal

Brand

ASICO

Model Name/Number

AE 326

Warranty

1 Year

Power

AC Mains

Usage/Application

Laboratory


The apparatus should have:

 

  • Constant deviation spectrograph
  • Calibration of drum: 400 nm to 700 nm
  • Least count of calibration: 1 nm
  • Constant deviation prism made of optical glass having refractive index 1.71
  • Electromagnet should have field strength 10 KG at a gap of 10 mm 
Between its poles
  • Pole pieces dia.: 50 mm; length: 200 mm
  • One end of pole pieces is tapered (tapered dia. 25 mm)
  • Other end is threaded and provided with a mechanism to move pole pieces back & forth to vary the gap between them
  • Digital and stabilized power supply (30 volt; 10 amp) for above electromagnet.
  • Neon discharge tube of suitable capillary thickness
  • Wooden stand for holding the above discharge tube
  • High voltage transformer (Range: 1-4.5 KV) to run the above discharge tube.
  • Digital gauss meter (Range: 2-20 KG)
  • Is required to measure the applied magnetic field
  • A micrometer eyepiece (measuring range: 0-15 mm) should have least count 0.01 mm
  • Fabry-Perot etalon (clear aperture 25 mm) should be provided with level screw 

 



Powerful Magnet System for Accurate Zeeman Splitting

The apparatus is built with electromagnets capable of generating magnetic fields up to 1.2 Tesla. The stable output, combined with fan-assisted cooling, ensures sustained performance and precise control over the experimental conditions. This makes it suitable for advanced studies in atomic physics.


Versatile Optical Arrangement and Polarization Analysis

Equipped with a precise adjustable mount for the sample and a high-dispersion Littrow prism or grating, the system offers high-resolution spectral analysis. The integrated polarizer, with rotation control, enables selective polarization observation, essential for detailed Zeeman splitting investigations.


Comprehensive Accessories and Safety Features

The set includes a discharge tube, power cables, viewing screen, and detailed installation manual for hassle-free setup. Protective shielding safeguards users from high-voltage and magnetic fields, ensuring laboratory compliance and safety at every step.

FAQs of Zeeman Effect Apparatus:


Q: How does the Zeeman Effect Apparatus facilitate the study of spectral line splitting?

A: The apparatus uses high-strength, adjustable electromagnets to create controlled magnetic fields up to 1.2 Tesla, allowing users to observe the splitting of spectral linesknown as the Zeeman Effectvia a high-dispersion prism or diffraction grating.

Q: What components come included with the Zeeman Effect Apparatus?

A: It is supplied with a discharge tube (with mercury vapor illuminant), power cables, viewing screen, installation manual, integrated polarizer, precision sample holder, and all required calibration documentation.

Q: When is cooling necessary, and how is it managed in the apparatus?

A: Cooling is essential during extended operation to maintain magnetic stability and measurement accuracy. The integrated fan-assisted cooling system ensures the electromagnets remain at optimal temperatures within the 10C 40C range.

Q: Where can this apparatus be effectively utilized?

A: This equipment is designed for laboratory environments such as university physics departments, research facilities, and demonstration settings that require high-precision measurements of the Zeeman Effect.

Q: What is the process for aligning samples and optics in the system?

A: Fine alignment is achieved using micrometer screws for both the sample mount and optical components, enabling precise positioning and optimal spectral resolution during experimental runs.

Q: How does the device ensure user safety during operation?

A: It includes comprehensive protective shielding to minimize exposure to high voltages and magnetic fields, meeting CE and ISO laboratory safety standards and offering peace of mind during use.

Q: What are the primary benefits of using this Zeeman Effect Apparatus?

A: Users benefit from high precision and repeatability in observing Zeeman splitting, ease of setup with included accessories, integrated safety and cooling features, and multi-modal observation for both teaching and research purposes.

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