ZEEMAN EFFECT EXPERIMENTAL SETUP (WITH CDS)

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ZEEMAN EFFECT EXPERIMENTAL SETUP (WITH CDS) Specification

Type
Laboratory Experimental Apparatus

Material
High-quality Metal & Crystal Components

Size
Standard Laboratory Bench Size

Input Voltage
220-240 V AC, 50 Hz

Color
Black and Silver

Dimension (L*W*H)
Approx. 600 mm x 300 mm x 400 mm

Capacity
Single Sample Measurement

Noise Level
Low

Accessories Included
High Sensitivity Detector, Cooled Photo Multiplier Tube, Optical Slits, Polarizers

Magnetic Field Strength
Variable up to 1 Tesla

Magnet Type
Electromagnet with Power Supply

Light Source
CDS (Cadmium Source)

Compliance
Meets International Laboratory Safety Standards

Safety Features
Over-current Protection, Enclosed Light Source Chamber

Control Unit
Digital Display and Controls for Magnetic Field & Current

Spectrometer
Precision Optical Spectrometer Included

Application
Physics Laboratory Research, Educational Demonstrations

Resolution
High (allows detection of small line splitting)

Alignment Features
Precision Adjustment for Optical Path

Experiment Principle
Zeeman Effect (Splitting of Spectral Lines in a Magnetic Field)

Operating Temperature
15°C to 35°C

About ZEEMAN EFFECT EXPERIMENTAL SETUP (WITH CDS)

The ZEEMAN EFFECT EXPERIMENTAL SETUP (WITH CDS) stands as a blue-ribbon apparatus, engineered for the ephemeral observation of spectral line splitting under a magnetic field-an effect elegantly highlighted within modern physics laboratories. Decorated with state-of-the-art features, this setup offers competitive pricing without compromising on quality. Its towering technological array includes a CDS light source, precision optical spectrometer, variable high-strength electromagnet, and a highly sensitive cooled photo multiplier tube. Comprehensive safety, fine alignment, and robust control render this instrument indispensable for both instructional demonstrations and sophisticated research.

Special Features and Research Applications

Equipped with a decorated magnetic system providing up to 1 Tesla, the ZEEMAN EFFECT EXPERIMENTAL SETUP ensures high-resolution analysis of the Zeeman effect. Precision optical alignment and an enclosed chamber guarantee accurate and safe measurements. Application methods are user-centric, featuring digital controls and rapid adjustment for diverse physics experiments. Especially suited for research institutes and university laboratories, the setup offers towering performance in experimental and educational spectroscopic analysis.

Certifications, Payment Terms, and Packaging

This blue-ribbon product is certified to meet international laboratory safety standards, ensuring credibility and reliability. ZEEMAN EFFECT EXPERIMENTAL SETUP is supplied throughout India via trusted goods transport services, arriving securely packaged for safe transit. With competitive outlay options and flexible payment terms, the setup delivers high-quality results at the lowest price point. Each unit is individually boxed, preserving its integrity throughout the delivery process and guaranteeing prompt, efficient installation at your laboratory.

FAQ's of ZEEMAN EFFECT EXPERIMENTAL SETUP (WITH CDS):

Q: How does the ZEEMAN EFFECT EXPERIMENTAL SETUP function in the laboratory?

A: The setup utilizes a variable electromagnet and precision optical spectrometer to clearly demonstrate the Zeeman effect by observing the ephemeral splitting of cadmium spectral lines under a magnetic field.

Q: What are the main benefits of using this blue-ribbon experimental setup?

A: Key benefits include high-resolution detection of small line splitting, competitive pricing, reliable safety features, and robust digital controls-making it ideal for advanced teaching and research.

Q: Where can the ZEEMAN EFFECT EXPERIMENTAL SETUP be applied?

A: It is specifically designed for use in physics laboratory research, educational demonstrations, and university-level spectroscopic analysis.

Q: What special safety features are included in this apparatus?

A: The setup features over-current protection, an enclosed light source chamber, and compliance with international laboratory safety standards, ensuring user and equipment safety.

Q: How is the product packaged and transported to ensure quality?

A: Each unit is securely boxed and shipped through reliable goods transport networks, ensuring the apparatus arrives in optimal condition for immediate use.

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