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E-mail
lina-he@zolix.com.cn
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Phone
13810146393
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Address
Feihong Road, Nanhu Avenue, Liangxi District, Wuxi City, Jiangsu Province
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Jiangsu Shuangli Hepu Technology Co., Ltd
Push broom hyperspectral imaging system
NegotiableUpdate on 01/09
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Overview
The push scan hyperspectral imaging system is a remote sensing device based on the principle of spectral imaging. It uses the principle of spectroscopy to decompose the spectral information of the target object into multiple wavelength bands, and then images each wavelength band.
Product Details
Push broom hyperspectral imaging systemIt is a remote sensing device based on the principle of spectral imaging. It uses the principle of spectroscopy to decompose the spectral information of the target object into multiple wavelength bands, and then images each wavelength band. The system obtains spectral information of each pixel by continuously scanning the target area, and then constructs a spectral image of the target area.
Features include:
1. Hyperspectral resolution: It can obtain continuous spectral information of each pixel in the target area, making ground recognition more accurate.
2. High spatial resolution: Through precise scanning and imaging techniques, high-resolution images of the target area can be obtained, improving the accuracy of land cover classification.
3. Fast imaging: The push scan imaging method enables the system to complete scanning and imaging of large areas in a short period of time, improving work efficiency.
4. Wide applicability: Not only suitable for land observation, but also applicable to fields such as ocean and atmosphere, with broad application prospects.
Push broom hyperspectral imaging systemIt has important applications in multiple fields, including environmental protection, resource monitoring, urban planning, disaster warning, etc. For example, in terms of environmental protection, it can be used to monitor environmental pollution, vegetation coverage, and ecosystem health status; In terms of resource monitoring, it can be used for mineral resource exploration, crop growth monitoring, and water resource management.
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