My versions:Fengyun-3F (afternoon orbit)Gaofen-5 03 Gaofen 10 type.
【#China successfully launched atmospheric environment monitoring satellite#[Thumbs up]congratulate! ] Today, my country successfully launched the atmospheric environment monitoring satellite into space using the Long March 4C carrier rocket at the Taiyuan Satellite Launch Center. The satellite successfully entered the predetermined orbit, and the launch mission was a complete success. The satellite is mainly used to monitor regional ambient air quality and ecological environment, and provide data support for improving my country's comprehensive atmospheric environment monitoring, global climate change research, crop yield estimation, and agricultural disaster monitoring. (Headquarters CCTV reporter Wang Gang Liu Guanqing Yu Peng Hao Mingxin)
https://m.weibo.cn/detail/4758710721708815Quote【#China successfully launched atmospheric environment monitoring satellite#[Thumbs up]congratulate! ] Today, my country successfully launched the atmospheric environment monitoring satellite into space using the Long March 4C carrier rocket at the Taiyuan Satellite Launch Center. The satellite successfully entered the predetermined orbit, and the launch mission was a complete success. The satellite is mainly used to monitor regional ambient air quality and ecological environment, and provide data support for improving my country's comprehensive atmospheric environment monitoring, global climate change research, crop yield estimation, and agricultural disaster monitoring. (Headquarters CCTV reporter Wang Gang Liu Guanqing Yu Peng Hao Mingxin)
[ #China successfully launched the atmospheric environment monitoring satellite# ] At 2:16 on April 16, 2022, Beijing time, China successfully launched the atmospheric environment monitoring satellite using the Long March 4C carrier rocket at the Taiyuan Satellite Launch Center. The satellite successfully entered the predetermined orbit, and the launch mission was a complete success. The satellite is mainly used for regional ambient air quality and ecological environment monitoring, and provides domestic data support for further improving my country's comprehensive atmospheric environment monitoring, global climate change research, crop yield estimation, agricultural disaster monitoring and other application capabilities. This mission is the 416th flight of the Long March series of launch vehicles.After yesterday's success, let's take another rocket and welcome #shenzhou 13 to go home# #Three space heroes triumph# [astronaut][astronaut][astronaut]
At 02:16 on April 16, 2022, my country successfully launched the atmospheric environment monitoring satellite into space with the Long March 4 Bingyao 28 carrier rocket at Station 9 of the Taiyuan Satellite Launch Center. The satellite successfully entered the predetermined orbit and launched. The mission was a complete success. The atmospheric environment monitoring satellite is the world's first satellite with CO₂ laser detection capability, which can greatly improve the global carbon monitoring and atmospheric pollution monitoring capabilities. leap forward. This launch is the 416th launch of the Long March series of carrier rockets.
Atmosphere-1 is versatile and technologically advanced, and one satellite is equivalent to several satellites from other countries. Atmosphere-1 is equipped with five remote sensing instruments including atmospheric detection lidar, high-precision polarization scanner, multi-angle polarization imager, ultraviolet hyperspectral atmospheric composition detector and wide-field imaging spectrometer, which can greatly improve global carbon monitoring and atmospheric pollution monitoring. ability.
If someone knows what do the 5 instrument's abbreviation means (it must be in some academic meeting presentation, somewhere over the past few years), please post it here.
China Remote Sensing Satellite Ground Station Successfully Received Atmospheric Environment Monitoring Satellite DataOn March 21, the China Remote Sensing Satellite Ground Station (hereinafter referred to as the "ground station") of the Institute of Aerospace Information Innovation, Chinese Academy of Sciences successfully received data from the atmospheric environment monitoring satellite.At 11:46 am, the ground station Miyun station successfully tracked and received the downlink data of the atmospheric environment monitoring satellite, which is also the first downlink data after the satellite was launched. After that, the ground station Sanya station also successfully completed the satellite data reception task as planned at 13:17 and 14:55 respectively. The total data duration of the three receiving tasks is 24 minutes and 24 seconds, and the data volume is about 133 GB. All data are processed normally.The atmospheric environment monitoring satellite was successfully launched on April 16. It is a scientific research satellite in the "National Civil Space Infrastructure Medium and Long-term Development Plan (2015-2025)". The carbon dioxide detection lidar it carries is the world's first launch. The ground station is responsible for the data receiving task of the satellite.
Aerospace Science and Technology Group develops atmospheric environment monitoring satellite Qi-1 and goes onlineOn April 16, the ChangsiC rocket was successfully launched from the Taiyuan Satellite Launch Center. This time, the gold medal "space train" is the atmospheric environment monitoring satellite (referred to as Atmosphere-1), which is the world's first carbon dioxide laser detection satellite. On the 705-kilometer sun-synchronous orbit, the 2,600-kilogram Atmosphere No. 1 has started to work, which will greatly improve the global carbon monitoring and large-scale high-precision monitoring of atmospheric pollution, and realize the leap-forward development of my country's atmospheric remote sensing technology.Before the launch of the Atmosphere-1, passive monitoring of carbon emissions was adopted internationally. The so-called passive monitoring is to use the payload to analyze the received reflectance spectrum information to determine the level of carbon emissions. This process requires the participation of sunlight. However, because of the Lidar, the atmosphere-1 has got rid of the dependence on sunlight and achieved high-precision global autonomous detection throughout the day.The launch of Qiqi-1 marks the leap-forward development of my country's atmospheric remote sensing technology. On the one hand, the satellite has achieved high-precision detection of carbon dioxide concentration throughout the day. On the other hand, it is reflected in the use of various means to integrate high-precision stereo monitoring. Fine particulate matter, the data of particulate matter near the ground can be monitored, which is directly related to people's health.Zhu Wei, chief designer of Qiqi-1, said: "Gas-1 is versatile and technologically advanced. One satellite is equivalent to several satellites from other countries." A variety of channels help the radar identify the surface features of the detection area, whether it is water surface, surface or desert, at a glance.Zhu Wei revealed that in the future, he also plans to launch the Atmosphere-2 satellite, that is, a high-precision greenhouse gas comprehensive detection satellite. Joint detection can achieve the dual advantages of wide coverage and high precision, and further enhance the level of my country's space-based carbon monitoring capabilities.
this was over Hawaii?
