[China Instrument Network Instrument Research and Development] Recently, the land-sea remote sensing experiment led by the Aerospace 508 was successfully carried out in the "marine mobile testing field" in the Liaodong Bay waters of the Bohai Sea, and a number of research and experimental tasks were successfully completed.
It is understood that the maritime survey mission of this experiment was carried out by the "Navigation 001" scientific research ship jointly developed by the Aerospace 508 and Beijing China Space Guard Co., Ltd. This is the first time that China's first scientific research ship has performed space remote sensing experiments. In the shortest time, three remote sensing test missions were successfully completed, the high-resolution No. 4 radiation calibration test, the moving target video imaging tracking test, and the super-resolution imaging test.
Among them, automatic weather stations and spectrometers and other instruments and equipment are the first to participate in the marine field test of the 508, solving a large number of on-site installation and debugging and other technical problems, in order to adapt to the shipborne marine environment and achieve accurate measurement.
"Changke 001" scientific research ship, 40 meters long and 8 meters wide, and equipped with unmanned helicopter landing platform, experimental equipment cabin, shipborne detector observation platform, hull instrument mounting bracket, information transmission station, image processing Workstations, etc., which are offshore test sites and offshore test platforms, currently have offshore and offshore testing capabilities.
Experts told the reporter that the land-sea remote sensing experiment has closely integrated spaceborne remote sensing data with marine real-time surveying seafaring data and terrestrial real-time measured ground spectral data, and experienced how to achieve remote sensing satellite offshore calibration at the “ocean moving trial field†experience. Test and authenticity inspection work. After that, the "Marine Mobile Testing Site" will carry a number of scientific research missions, and drone ship-based blind drop tests and pilot tests will be launched one after another.
At the same time, the construction of the marine proving ground can not only provide facilities for the calibration of oceanic loads, but also can provide effective and timely research and verification of the remote sensing modeling and application processing methods for the marine environment.
In order to meet the subsequent landing of manned return capsules, launch vehicles or various types of aircraft at sea, marine recovery tests and salvage operations training, as well as wireless standard calibration, seawater staining, and other stand-alone real sea conditions testing work, shall be carried out for the entire maritime recovery process. Systematic tests and tests can be said that the construction of the marine proving ground provided conditions for the subsequent recovery of the sea.
(Original title: China's first scientific research ship put into use to complete land-sea remote sensing test)
It is understood that the maritime survey mission of this experiment was carried out by the "Navigation 001" scientific research ship jointly developed by the Aerospace 508 and Beijing China Space Guard Co., Ltd. This is the first time that China's first scientific research ship has performed space remote sensing experiments. In the shortest time, three remote sensing test missions were successfully completed, the high-resolution No. 4 radiation calibration test, the moving target video imaging tracking test, and the super-resolution imaging test.
Among them, automatic weather stations and spectrometers and other instruments and equipment are the first to participate in the marine field test of the 508, solving a large number of on-site installation and debugging and other technical problems, in order to adapt to the shipborne marine environment and achieve accurate measurement.
"Changke 001" scientific research ship, 40 meters long and 8 meters wide, and equipped with unmanned helicopter landing platform, experimental equipment cabin, shipborne detector observation platform, hull instrument mounting bracket, information transmission station, image processing Workstations, etc., which are offshore test sites and offshore test platforms, currently have offshore and offshore testing capabilities.
Experts told the reporter that the land-sea remote sensing experiment has closely integrated spaceborne remote sensing data with marine real-time surveying seafaring data and terrestrial real-time measured ground spectral data, and experienced how to achieve remote sensing satellite offshore calibration at the “ocean moving trial field†experience. Test and authenticity inspection work. After that, the "Marine Mobile Testing Site" will carry a number of scientific research missions, and drone ship-based blind drop tests and pilot tests will be launched one after another.
At the same time, the construction of the marine proving ground can not only provide facilities for the calibration of oceanic loads, but also can provide effective and timely research and verification of the remote sensing modeling and application processing methods for the marine environment.
In order to meet the subsequent landing of manned return capsules, launch vehicles or various types of aircraft at sea, marine recovery tests and salvage operations training, as well as wireless standard calibration, seawater staining, and other stand-alone real sea conditions testing work, shall be carried out for the entire maritime recovery process. Systematic tests and tests can be said that the construction of the marine proving ground provided conditions for the subsequent recovery of the sea.
(Original title: China's first scientific research ship put into use to complete land-sea remote sensing test)