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Proton Precession Magnetometer: Single or Dual Sensor?
TIPS：Proton Precession Magnetometer systems deliver ±0.1nT precision for geophysical surveys. This guide compares High-Sensitivity Magnetometer single and dual sensor configurations for mineral exploration. Learn how Proton Precession Magnetometer technology with OCXO stabilization enables 0.05nT anomaly detection, and why High-Sensitivity Magnetometer…
ERT Equipment: 5 Essential Features for Precision Subsurface Mapping
TIPS：Electrical Resistivity Tomography Equipment has revolutionized subsurface exploration across industries. Discover the top 5 features of modern ERT equipment that deliver high-resolution 2D/3D imaging for geotechnical, environmental, and utility mapping applications. Learn how multi-electrode resistivity systems from Geotech Instrument Co.,…
Power Protection for Geological Exploration: How to Select High-Reliability UPS Systems
Introduction: In extreme environments such as remote mountains, desert Gobi, and plateau permafrost regions, a single unexpected power outage can result in the loss of millions of yuan worth of data or damage to precision instruments. Building a reliable field…
Proton Magnetometer Signal Modulation Due to Rotation (2026 Guide)
TIPS：This summary focuses on rotation-induced signal modulation of the proton magnetometer, a key issue for geomagnetic survey equipment. The proton magnetometer (also called proton precession magnetometer) needs stable signals, but rotation causes rotation-induced signal modulation—this affects data reliability in scenarios…
ERT Equipment: Complete Resistivity Tomography Guide
ERT equipment has revolutionized geophysical exploration by providing non-invasive subsurface imaging capabilities. Electrical Resistivity Tomography (ERT) represents one of the most versatile geophysical methods available today, using advanced resistivity meters to map underground structures with remarkable precision. This comprehensive guide…