Infrared thermal imagers have a wide range of applications in geophysical exploration, mainly based on the thermal radiation characteristics of objects, and can be used to obtain information from different levels such as the earth's surface, atmosphere, and underground. Here are some areas where infrared thermal imagers are used in geophysical exploration:
Surface temperature measurement:Infrared thermal imagers can be used to measure the distribution of surface temperature, thereby studying the spatiotemporal changes of surface temperature, urban heat island effects, and other phenomena. This is of great significance for urban planning, climate research, and environmental monitoring.
Fire monitoring: Infrared thermal imagers can detect fires, forest fire hazards, and the spread of fire sources. By measuring the thermal radiation in different areas, it can help fire departments better understand the spread trend of fires and take more effective firefighting measures.
Snow and ice cover monitoring:Infrared thermal imagers can be used to monitor changes in snow and ice cover, and play an important role in studying climate change, glacier melting, and avalanches.
Groundwater resource survey: Infrared thermal imagers can detect the flow and distribution of groundwater. There is a relationship between groundwater content and surface temperature. By measuring the changes in surface temperature, the distribution of groundwater resources can be initially understood.
Geological structure analysis: Underground rocks and minerals have different thermal conductivity and heat capacity, so infrared thermal imagers can help study geological structures and identify possible faults, rock types, and underground structural features.
Environmental monitoring: Infrared thermal imagers can be used to monitor pollution sources, gas leaks, and industrial waste accumulation in the environment. Thermal imaging technology can help quickly locate and identify potential environmental risks.
Ecological research of animals and plants: Infrared thermal imagers can be used to track the activities and migrations of wild animals, as well as study plant growth and vegetation changes, in order to better understand changes in ecosystems.
Infrared thermal imagers can provide valuable information in geophysical exploration, helping scientists and researchers to gain a deeper understanding of the changes and characteristics of various levels of the Earth.
