Time Domain Electromagnetic Surveys Transient Field Mapping System Transient Signals Imaging Solution Transient Field Analysis Tool For Geophysical Survey
The Time Domain Electromagnetic Surveys Transient Field Mapping System is an advanced geophysical tool designed for accurate and efficient transient field analysis. It provides a comprehensive solution for imaging transient signals in various geophysical survey applications. With its cutting-edge technology and powerful capabilities, this system offers valuable insights into subsurface structures and properties.
1. Pulse EM Technology: Utilizes pulse electromagnetic technology for fast and reliable data acquisition, enabling quick and efficient surveys.
2. Wide Coverage: Provides wide coverage of subsurface areas, allowing for comprehensive mapping and analysis of transient electromagnetic signals.
3. High-Speed Data Collection: Offers high-speed data collection capabilities, reducing survey time and improving productivity.
4. Time-Domain Analysis: Performs time-domain analysis, providing in-depth insights into the transient electromagnetic response of the subsurface, facilitating better interpretation of the geophysical data.
5. Robust Signal Processing: Incorporates advanced signal processing algorithms to extract valuable information from complex transient electromagnetic signals, minimizing noise and enhancing data quality.
6. Real-Time Monitoring: Provides real-time monitoring of data acquisition, allowing for on-site adjustments and quality control during surveys.
7. User-Friendly Interface: Features a user-friendly interface with intuitive controls and visualization tools, simplifying operation and facilitating data interpretation.
8. Compact and Portable Design: Offers a compact and portable design, making it easy to transport and deploy in various field conditions.
9. Versatile Applications: Suitable for a wide range of geophysical applications, such as mineral exploration, groundwater assessment, environmental studies, and civil engineering investigations.
Application:
1. Mineral Exploration: The WTEM-2 can be used to identify and map subsurface mineral deposits. By analyzing the transient electromagnetic responses, it helps geologists and mining companies locate potential ore bodies and assess their extent and characteristics.
2. Groundwater Assessment: This equipment is valuable for groundwater exploration and assessment. It can provide valuable information about the depth, thickness, and extent of aquifers, aiding in efficient water resource management and well placement decisions.
3. Environmental Studies: The WTEM-2 aids in environmental studies by mapping subsurface structures, identifying potential contamination sources, and assessing pathways for groundwater and pollutant migration. It helps scientists and environmental consultants understand the complex hydrogeological systems and make informed decisions regarding remediation strategies.
4. Geotechnical Investigations: This equipment is useful for geotechnical investigations and civil engineering projects. By mapping subsurface geology and assessing soil and rock properties, it helps engineers evaluate site suitability, design foundations, and determine potential engineering challenges.
5. Archaeological Surveys: The WTEM-2 can assist archaeologists in locating buried structures, artifacts, and archaeological features without the need for extensive excavation. It helps reveal subsurface anomalies and detect buried cultural remains, significantly aiding archaeological research and preservation efforts.
| Power Supply: DC 4V~360V |
| Rated Output Power: 10Kw |
| Maximum Output Voltage: 360V |
| Maximum Output Current: 50A (continuous), 70A (pulse) |
| Frequency Range: Power Supply 1.25~125Hz (8 frequency spots) |
| Output Waveform: Two Types (Mode 0, Mode 1) |
| Shutoff Time: Change with transmitting current, transmitting coil when connecting coils |
| Minimum Shutoff ?Time: 1.2μs (pure resistance load) |
Audited Supplier 
1. Pulse EM Technology: Utilizes pulse electromagnetic technology for fast and reliable data acquisition, enabling quick and efficient surveys.
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