Airborne Magnetic Surveys Aeromagnetic Survey Airborne Geophysical Survey Geophysical Exploration Equipment for for Mapping The Shallow Subsurface

• Customization: Available
• Accuracy: Airborne Magnetic Surveys Aeromagnetic Survey Airb
• Horizontal Line: Airborne Magnetic Surveys Aeromagnetic Survey Airb
• Model NO.: Airborne Magnetic Surveys
• Vertical Lines: Airborne Magnetic Surveys Aeromagnetic Survey Airb
• Use: Airborne Magnetic Surveys
• Function: Mineral Explporation
• Feature: Airborne Magnetic Surveys
• Deep: Surface Geophysical Survey
• After-sales Service: Airborne Magnetic Surveys Aeromagnetic Survey Airb
• Warranty: Airborne Magnetic Surveys Aeromagnetic Survey Airb
• Transport Package: Airborne Magnetic Surveys Aeromagnetic Survey Airb
• Specification: Airborne Magnetic Surveys Aeromagnetic survey Airb
• Trademark: Airborne Magnetic Surveys Aeromagnetic survey Airb
• Origin: Airborne Magnetic Surveys Aeromagnetic Survey Airb

Product Description

Airborne Magnetic Surveys Aeromagnetic survey Airborne Geophysical Survey Geophysical Exploration Equipment for for mapping the shallow subsurface


The aeromagnetic survey (AMS) is an airborne geophysical survey performed using a magnetometer aboard or towed behind an aircraft. A magnetometer is an instrument used to measure the magnetic field. Aeromagnetic surveys are probably one of the most common types of airborne geophysical surveys. The applications of AMS in engineering geology include, but are not limited to, near-surface geological mapping, structural geology mapping, aiding three-dimensional (3D) geological subsurface model construction, groundwater study, environmental study, and geologic hazards assessment.


Application:

• Groundwater mapping,
• Determination of saltwater/freshwater boundaries,
• Mapping of saltwater rise zones,
• Control of large dikes,
• Mapping of fault zones in bedrock,
• Geological mapping of the shallow subsurface,
• Differentiation of sediments and hard rocks,
• Exploration of mineral and non-mineral resources,
• Site investigation and soil investigations of large-scale plants,
• Investigation for traffic route engineering,
• Location of contaminated land, landfill mapping, landfill leachates,
• Sensing and monitoring of contaminated sites,
• Repository exploration,
• Archaeological reconnaissance surveys,
• etc.

System: 

• Aeromagnetic and magneto-gradiometric survey;
• Aerogamma spectrometry;
• Airborne gravimetric survey;
• Integrated aerogeophysical survey;
• Integrated data processing and interpretation;

Technical Specification:

Item	Basic type
Total field range	10000-105000nt
Working Angle	10° -85° (N), 95° -170° (5), auto redirection
Sensitivity	≤0.0006nTN/ Hz  RMS
Heading Error	<±0.25nT
Gradient capacity limit	≥40000nT/m
Absolute accuracy	≤2.5 nT
Structure	Probe, 050mm * 135mm, Electronic bin 3.8cm * 5cm * 23cm
Weight	Lightweight type: probe weight 280g, electronic bin 280g Conventional type: probe weight 280g, electronic bin 390g
Tow	Cable length: 3m (cable length can be customized)

Airborne Magnetic Surveys Aeromagnetic survey Airborne Geophysical Survey Geophysical Exploration Equipment for for mapping the shallow subsurface
Airborne Magnetic Surveys Aeromagnetic survey Airborne Geophysical Survey Geophysical Exploration Equipment for for mapping the shallow subsurface