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Ultimate Guide to Magnetometer Selection: JPMG Proton Magnetometers for Precise Magnetic Field Measurement
In scientific exploration, industrial inspection, and environmental monitoring, the magnetometer serves as the core tool for magnetic field measurement. Its selection directly impacts data quality and research outcomes. Facing the diverse magnetometer…
Decoding Geotech’s Quality Standards for High-Precision Proton Magnetometers
Introduction In the field of geomagnetic exploration, precision and reliability are paramount. Geotech Instrument Co., Ltd. has established rigorous quality standards to ensure the high-precision performance of its JPMG Proton Magnetometer. This…
OCXO Technology: Achieving Zero Temperature Drift in Proton Magnetometers for Precise Geomagnetic Surveys
Introduction The JPMG Proton Magnetometer, developed by Geotech Instrument Co., Ltd., leverages OCXO (Oven-Controlled Crystal Oscillator) technology to achieve zero temperature drift in magnetic field measurements. This article explores how OCXO technology…
A Geologist’s Nightmare: Slow Traditional Magnetometers? How JPMG’s 3‑Second Sampling Breaks the Deadlock
1. Introduction: The Speed Bottleneck That Haunts Geoscientists In modern geological exploration, sampling speed often dictates project cost and feasibility. Traditional Proton Magnetometer and High‑Sensitivity Magnetometer units typically require 10–30 seconds per reading,…
In-Depth Analysis of the JPMG Series Proton Magnetometer
I. Introduction In the realm of geophysical exploration, precise magnetic field measurement plays a crucial role in resource investigation, archaeological research, and underground pipeline detection. As technology advances, various high-sensitivity magnetometers emerge,…
JPMG Series Proton Magnetometer New Product Launch
Dear Industry Experts and Media Friends, Good day! Today, with immense excitement, we are proud to introduce our latest masterpiece – the JPMG Series Proton Magnetometer. This product is the culmination of…
Breakthrough in Deep-Layer Detection: High-Precision Application of JPMG Proton Magnetometer for Magnetic Anomaly Detection in 50m Overburden Layers
1. IntroductionWith accelerated urbanization and increasing resource exploration depths, magnetic anomaly detection in shallow overburdens has gained significance in environmental geology, urban geological surveys, mineral exploration, engineering investigations, and archaeological prospecting. Traditional…
USGS Awards $25 Million to State Geological Surveys for Mine Waste Projects, Geophysical Technologies Aid in Mineral Exploration and Environmental Protection
The U.S. Geological Survey (USGS) recently announced a $25 million funding award to support state geological surveys and mine waste management projects. This funding initiative is aimed at assisting state governments in…
USGS Releases New Dataset on Santiam River Underwater Topography, Geophysical Technologies Aid in Aquatic Ecosystem Restoration
The U.S. Geological Survey (USGS) recently released a detailed dataset of the Santiam River’s underwater topography. This new dataset not only supports aquatic ecosystem restoration but also demonstrates how precise underwater topography…
USGS Water Resources Assessment: Advanced Geophysical Exploration Technology Transforms Water Management
Ⅰ. Core Findings of the USGS Assessment The latest USGS research reveals that multiple regions across the United States face dual pressures of declining groundwater reserves and deteriorating water quality. Based on five…
USGS Invests $38 Million to Support Critical Mineral Mapping, Geophysical Technologies Enhance Exploration Efficiency
The U.S. Geological Survey (USGS) recently announced an investment of $3.8 million through the Bipartisan Infrastructure Law to map critical minerals across the Ozark Plateau. This initiative, part of the USGS Earth…
USGS Projects Global Critical Mineral Production Capacity, Geophysical Technologies Play Key Role in Mineral Exploration
Recently, the U.S. Geological Survey (USGS) released a report on the projected global production capacity of seven critical minerals, including rare earth metals, lithium, cobalt, and others. The report indicates that these…