Magnetotelluric Mt Controlled Source Audio Magnetotelluric Csamt Survey Humpbacked Mt Hmt Audio Magnetotelluric Amt Survey Equipment for Deep Exploration

• Accuracy: 1mm
• Horizontal Line: 1
• Vertical Lines: 1
• Product Name: Magnetotelluric (Mt) Survey System
• Method: Mt Amt Csamt Hmt IP
• Application: Water, Mineral, Oil, Gas
• Model NO.: GD
• Exploration Depth: 0-10000m
• Sensor: Electrical and Magnetical Sensor
• Transport Package: Export Case
• Specification: ISO9001
• Trademark: Gold
• Origin: China
• Production Capacity: 100 Sets Per Month

Product Description

Product Description

 

Magnetotelluric MT Controlled Source Audio Magnetotelluric CSAMT Survey Humpbacked MT HMT Audio Magnetotelluric AMT survey Equipment For Deep Exploration



Magnetotelluric (MT) and Controlled Source Audio Magnetotelluric (CSAMT) surveys are geophysical exploration techniques used for deep subsurface imaging. MT involves measuring natural electromagnetic field variations, while CSAMT utilizes artificial signals for imaging. CSAMT is particularly effective in areas with high background noise. 

For deep exploration, CSAMT offers distinct advantages due to its ability to detect and isolate anomalies related to specific subsurface structures or features. It is commonly used in situations where natural source fields are unreliable or variable, providing more controlled and accurate results.  

When conducting CSAMT surveys for deep exploration, the equipment used typically includes grounded electric dipole sources and specialized receivers to measure the response of the subsurface to the artificial signals. Additionally, advanced data processing techniques like multilevel filtering and clustering analysis are employed to enhance the identification of targets of interest, such as mineral deposits or geothermal reservoirs.

Therefore, by integrating CSAMT into your exploration efforts, you can benefit from its precision in detecting deep-seated features and its ability to overcome the limitations of traditional MT surveys, making it a valuable tool for comprehensive geophysical investigations in challenging environments.  

 

Magnetic Sensor
Bandwidth	1Hz To 100kHz
Noise level	<100fT/√Hz@10Hz, <1fT/√Hz@1kHz
Powered by	20mA@+12V
Sensitivity	150mV/nT
Size	Φ6cmx81cm
Weight	3.0kg
10K Magnetic Sensor
Bandwidth	0.1Hz To 10kHz
Noise level	1pT/√Hz@1Hz, <10fT/√Hz@1000Hz
Powered by	20mA@+12V
Sensitivity	100mV/nT
Size	Φ6cm×81cm
Weight	3.0kg