SC-18-T

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The SC-18-T application field and its working principle have gained increasing attention in recent years. The SC-18-T is an advanced tools and technology being developed for the Geological Survey of Canada (GSC) and for the assessment of rock fractures. This technology is able to measure and analyse fractures accurately so that the assessment of rock fractures becomes easier and more reliable.

The SC-18-T consists of a light source, a laser camera and a monitor unit. The light source emits a light pattern to illuminate the fracture surface. Light is then collected by the laser camera which is placed pre-set distances from the fracture surface. Data is collected and transferred to the monitor unit where it can be analysed.

The SC-18-T is used for the assessment of the shape, orientation and size of the fractures. It is used to measure and analyse fractures in the process of coal seam gas exploration and coal quality evaluation. This technology also enables accurate classification of the fractures in order to facilitate rapid and reliable assessment. This technology is widely applied in the geotechnical applications such as tunnel and wellbore stability assessment, mining and quarry stability assessment, concrete or grout treatment evaluation, and tunnel construction monitoring.

In addition, the SC-18-T application field can also be extended to civil engineering applications such as bridge safety analysis, road and bridge construction stability assessment, and bridge or road repairs. The SC-18-T technology can be readily integrated with existing technologies such as depth cameras and artificial intelligence to enable more accurate and comprehensive analysis.

The working principle of the SC-18-T is based on the concept of using light to quickly and accurately measure and analyse rock fractures. The light source emits a light pattern that is directed towards the fracture surface. Light is then collected by the laser camera which is placed a pre-set distance from the fracture surface. Data is then transferred to the monitor unit where it can be analysed and used to provide a complete and accurate description of the fractures. The technology also enables automatic calibration and analysis of the data so that assessment can be done in a consistent and reliable manner.

In conclusion, the SC-18-T application field and its working principle is an important and increasingly popular technology used in a variety of applications. It is used to accurately measure and analyse fractures and can be integrated with existing technologies for even more comprehensive analysis. With its steady development, the SC-18-T is expected to be used in a wider range of applications in the future.

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