| Customization: | Available |
|---|---|
| Accuracy: | Proton Magnetometer |
| Horizontal Line: | Proton Magnetometer |
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Geomagnetic anomalies occur due to variations in the magnetic properties of rocks and ores, creating localized disturbances in Earth's magnetic field. Proton precession magnetometers are essential tools for detecting these anomalies, enabling geologists to locate valuable mineral deposits and analyze subsurface structures.
Magnetic surveying is a fundamental geophysical technique used in the discovery of iron, lead-zinc, and copper ores. This method provides critical data for geological mapping, helping experts understand subsurface formations. High-precision magnetometers enhance exploration efficiency by delivering accurate measurements of magnetic field variations.
Mineral Prospecting - Identifying deposits of iron, lead-zinc, and copper ores.
Ore Body Analysis - Determining burial depth, dip, continuity, and size of mineral beds.
Oil and Gas Exploration - Studying geological structures linked to hydrocarbon reservoirs.
Geological Mapping - Creating detailed subsurface models for research and mining operations.
Archaeological Surveys - Locating buried metallic artifacts and historical structures.
Hydrological Studies - Assessing groundwater resources through magnetic field variations.
Engineering Prospecting - Detecting underground pipelines and utilities.
Disaster Monitoring - Tracking seismic and volcanic activity via geomagnetic fluctuations.
Ferromagnetic Object Detection - Locating buried metals in construction and security applications.
The Geomagnetic Field Measurement System is designed for high-accuracy surveys, measuring both the geomagnetic field and its gradient components.
Internal Clock & Data Logging - Automatically records readings with timestamps at fixed intervals.
Large Backlit LCD Display - Provides clear visibility of magnetic curves, even in low-light conditions.
Ergonomic Keyboard - Ensures comfortable operation during extended fieldwork.
Automatic & Manual Tuning - Allows flexible calibration for different survey conditions.
Ultra-Portable Design - Lightweight yet durable, enabling single-person operation.
RS-232C Interface - Facilitates seamless data transfer to external devices.
Geological Software Integration - Supports advanced mapping of isoclines and geological sections.
Channels: 1 (standard) or 2 (optional for simultaneous gradient surveys).
Measuring Range: 20,000-100,000 nT.
Survey Precision: ±0.5 nT (fine mode).
Resolution: 0.05 nT (fine mode).
Maximum Gradient Tolerance: ≤8,000 nT/m.
Survey Speed: ≤3s/reading (fine mode); ≤2s/reading (normal mode).
Base Station Interval: Configurable between 2-60 seconds.
Data Storage: Over 2 million readings with power-off protection.
Proton Magnetometer Walking Magnetometer Geophysical Magnetometer
Proton Magnetometer Walking Magnetometer Geophysical Magnetometer
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