Proton Precession Magnetometer Geophysical Magnetic Field Equipment For Underground Mine Detector

Porton Precession Magnetometer Geophysical Magnetic Field Equipment for Underground Mine Detector

What is WCZ-3 proton magnetometer?

The WCZ-3 proton magnetometer utilizes the principle of free precession of a hydrogen proton's magnetic moment in a magnetic field, offering an exceptional resolution of 0.05 nT. It excels in weakly magnetic mineral exploration and metal detection. Its built-in GPS and navigation lighting further enhance its suitability for these applications, making the WCZ-3 the premier choice for professionals seeking precise and reliable measurements in the field.

What can the WCZ-3 proton magnetometer be used for?

1. Mineral Exploration: The WCZ-3 is highly effective in identifying and mapping weakly magnetic minerals, aiding geologists and mining professionals in locating valuable mineral deposits.

2. Metal Detection: With its exceptional sensitivity, the WCZ-3 can detect and locate metallic objects buried underground, making it valuable for archaeological surveys, treasure hunting, and landmine detection.

3. Environmental Studies: The WCZ-3 is utilized in environmental research to measure and monitor magnetic anomalies caused by geological structures, helping in the identification of subsurface features and geological mapping.

4. Geophysical Surveys: The WCZ-3 contributes to geophysical investigations by providing precise magnetic field measurements, aiding in the characterization of subsurface structures and geological mapping.

5. Research and Education: The WCZ-3 serves as a valuable tool for scientific research and educational purposes, allowing scientists, researchers, and students to study magnetic field phenomena and conduct experiments.

How does WCZ-3 Proton Magnetometer work?

WCZ-3 Proton Magnetometer operates based on the principle of nuclear magnetic resonance. It utilizes the precession of protons in a magnetic field to measure the intensity and direction of the Earth's magnetic field. Variations in the magnetic field caused by subsurface features are recorded and analyzed.

Main Feature

• Effective and User-Friendly
• Broad Frequency Range and High Accuracy
• Dependable Connection with Built-in GPS
• Manual or Automated Tuning
• Instant Data Storage and Retrieval
• Automatic Magnetic Field Value Display
• Lightweight and Portable
• Software for Data Analysis

Technical Specification

Product Details

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