Фэнъюнь-3D (Fengyun-3D, FY-3D) – CZ-4C – Тайюань (TSLC) – 14.11.2017, 18:36 UTC

[che wi]

https://www.chinaspaceflight.com/satellite/Fengyun/FY-3/FY-3D.html

[tnt22]

Andrew Jones‏ @AJ_FI 5 ч. назад

There's a fengyun-3D weather satellite waiting for launch at Taiyuan also, via a Long March 4C, around mid-November

[che wi]

Попутчик – голландско-китайский спутник Head-1.



http://en.head-aerospace.com/index.php?s=/Home/Article/index/category/satellite

[che wi]

The Fengyun-3D weather satellite, along with the smaller Head-1 maritime satellite, is expected to launch next month on a Long March 4C from Taiyuan SLC.

https://gbtimes.com/china-to-launch-more-beidou-satellites-in-november-complete-navigation-system-by-2020

[tnt22]

Похоже, наш клиент

ZPKM
ZHWH

A3404/17 (Issued for ZHWH ZPKM) - A TEMPORARY RESTRICTED AREA ESTABLISHED BOUNDED
BY:N294034E1093231-N294717E1085606-N304016E1090853-N303329E1094536B
ACK TO START. VERTICAL LIMITS:GND-UNL. GND - UNL, 14 NOV 18:28 2017 UNTIL 14 NOV 18:53 2017.
CREATED: 13 NOV 10:42 2017

Пусковое окно 21:28 - 21:53 ДМВ 2017-11-14

[tnt22]

[tnt22]

Andrew Jones‏ @AJ_FI 3 ч назад

China to launch Fengyun-3D polar orbit weather satellite tomorrow (Nov 14) from Taiyuan on a Long March 4C at ~18:40 UTC (13:40 ET; 02:40 Nov 15 local), according to airspace closure notices.

Спойлер

[свернуть]

[ZOOR]

На сайте ВМО поиск работает также криво, как и тут. Еле нашел.
http://www.wmo-sat.info/oscar/satellites/view/116

Неплохие характеристики у MERSI-2. При куче каналов.

[tnt22]

Rui Barbosa‏ @rmcsbarbosa 5 мин. назад

We have a liftoff at China's Taiyuan with a CZ-4C carrying the FY-3D meteo sat.

[Salo]

http://forum.nasaspaceflight.com/index.php?topic=39352.msg1749941#msg1749941

input~2 пишет:

Apparently launch took place
From weibo microblogging:
"The first time to the scene to see the satellite launch Taiyuan satellite launch center. Meteorological satellite launch. Very shocking, very spectacular!"

[tnt22]

Andrew Jones‏ @AJ_FI 3 мин назад

Looks like we have liftoff of a Chinese Long March 4C rocket from Taiyuan, carrying Fengyun-3D meteorological satellite & private Head-1 maritime microsatellite. Confirmation of success (or failure/silence) to come (pics from Chinese social media).

Спойлер

[свернуть]

[tnt22]

Chris B - NSF‏ @NASASpaceflight 3 мин. назад
 
LAUNCH! Long March 4C launches Fengyun-3D and HEAD-1 co-passenger - https://www.nasaspaceflight.com/2017/11/long-march-4c-fengyun-3d-head-1-co-passenger/ ...

By Rui Barbosa (@rmcsbarbosa)

Launch published via Chinese social media (weibo) photos. We'll need to wait for State Media to confirm good mission.

Long March 4C launches Fengyun-3D and HEAD-1 co-passenger

November 14, 2017 by Rui C. Barbosa

[tnt22]

[ Andrew Jones‏ @AJ_FI 3 мин назад

Launch success confirmed: China launches Fengyun-3D weather satellite & private maritime microsatellite Head-1 via Long March 4C. Article: https://goo.gl/UjS52f 

Спойлер

[свернуть]

[tnt22]

http://news.xinhuanet.com/2017-11/15/c_1121956568.htm

Информационное агентство Синьхуа, Тайюань, 15 ноября

В 2:35 15 ноября Китай успешно запустил метеорологический спутник «Fengyun 3 D» на РН CZ-4C из  космического центра  «Тайюань». Спутник успешно выведен на запланированную орбиту.

[tnt22]

Andrew Jones‏ @AJ_FI 31 мин назад

FY-3D instruments (L-R): Microwave Temperature Sounder, Medium-res spectral imager, Hyperspectral Infrared Atmospheric Sounder, GNSS Occultation Sounder, Greenhouse Gases Absorption Spectrometer, Space Environment Suite, MW Humidity Sounder, MW Radiation Imager

[tnt22]

http://news.xinhuanet.com/english/2017-11/15/c_136752604.htm

China launches new meteorological satellite
Source: Xinhua | 2017-11-15 04:08:18 | Editor: Mu Xuequan

TAIYUAN, Nov. 15 (Xinhua) -- China launched a new meteorological satellite, Fengyun-3D, at 2:35 a.m. Beijing Time Wednesday from the Taiyuan Satellite Launch Center in northern China's Shanxi Province.

A Long March-4C rocket carried the satellite into space. The satellite has entered its orbit.

Спойлер

Fengyun-3D is one of China's second generation of Polar-Orbiting Meteorological Satellites, which can provide global three dimensional all-weather and multi-spectral remote sensing images.

The satellite will form a network with the Fengyun-3C satellite, which was launched into space in September 2013, to improve the accuracy of atmospheric sounding and enhance the monitoring of greenhouse gases. The network will help China's disaster relief work.

The Fengyun-3D satellite and the Long March-4C rocket were developed by Shanghai Academy of Spaceflight Technology under China Aerospace Science and Technology Corporation.

The launch was the 254th mission of the Long March rocket series.

[свернуть]

[zandr]

http://tass.ru/kosmos/4729429

Китай вывел на орбиту метеорологический спутник "Фэнъюнь-3Д"
ШАНХАЙ, 15 ноября. /ТАСС/. Китай вывел на орбиту свой новый метеорологический спутник - "Фэнъюнь-3Д". Пуск ракеты-носителя "Чанчжэн-4С" состоялся в среду, в 02:35 по местному времени (во вторник, в 21:35 мск), с космодрома Тайюань в северной провинции Шаньси, сообщает агентство Xinhua.
Новый спутник пополнит уже имеющуюся на орбите группировку метеорологических аппаратов и вместе с запущенным в сентябре 2013 года спутником "Фэнъюнь-3С" позволит получать более точные данные о состоянии атмосферы, парниковых газов. Аппарат также поможет в решении задач, связанных с преодолением последствий стихийных бедствий.
"Фэнъюнь-3Д" относится к полярным орбитальным метеоспутникам. Он был разработан Шанхайской академией технологий космических полетов при Китайской аэрокосмической научно-технической корпорации. Осуществленный запуск стал 254-м пуском ракет-носителей серии "Чанчжэн".

[che wi]

[che wi]

02:35:54.570 по местному времени

[tnt22]

Jonathan McDowell‏Подлинная учетная запись @planet4589 6 ч. назад

The FY3-4 (fengyun san hao 04 xing, 风云三号04星) weather satellite was launched from Taiyuan at 1835 UTC into a 0140 local time sunsync orbit replacing FY3-2 launched in 2010

[tnt22]

CGWIC @CGWIC

СGWIC is the sole company authorized by the Chinese government to provide satellites, commercial launch services and international space cooperation.

CGWIC‏ @CGWIC 40 мин. назад

LM-4C has sucessfully launched a new meteorological satellite, Fengyun-3D, from TSLC on Nov. 15. it marks 254th mission of LM launcher.

Оператор запуска к концу дня (по Пекину) очнулся...

[tnt22]

https://spaceflightnow.com/2017/11/14/chinese-weather-satellite-launched-into-polar-orbit/

Chinese weather satellite launched into polar orbit
November 14, 2017 Stephen Clark

A Chinese Long March 4C rocket launched Tuesday with a new polar-orbiting weather observatory named Fengyun 3D, replacing an aging satellite for the China Meteorological Administration.

The Fengyun 3D satellite lifted off at 1835 GMT (12:35 p.m. EST) Tuesday fr om the Taiyuan space center in Shanxi province located in northeastern China.

Спойлер

A Long March 4C rocket lifts off from the Taiyuan space center Tuesday with the Fengyun 3D weather satellite. Credit: Xinhua

A three-stage Long March 4C rocket boosted the approximately 2.5-ton satellite toward the south from Taiyuan, wh ere launch occurred at 2:35 a.m. local time Wednesday

The Long March 4C's three liquid-fueled stages placed the Fengyun 3D satellite in a 500-mile-high (800-kilometer) polar orbit tilted 98.7 degrees to the equator, according to tracking data released by the U.S. military.

Fengyun 3D hosts 10 instruments to collect data on atmospheric conditions, cloud and storm movements, ozone health and greenhouse gases, the China Meteorological Administration said in a statement announcing the successful launch.

The new satellite, designed for mission of eight years, "will help people learn about the future weather conditions earlier and reduce the economic and social impact of natural disasters," CMA said in a statement. "Its ability to detect aerosols and greenhouse gases will play an active role in coping with climate change."

Fengyun 3D will replace the Fengyun 3B weather satellite launched in November 2010. Another Chinese weather satellite already in orbit — Fengyun 3C — will conduct tandem observations with the newest member of the fleet.

Tuesday's launch placed Fengyun 3D into an orbit that passes overhead in the afternoon. Fengyun 3C is in a mid-morning orbit, giving Chinese forecasters a snapshot of weather conditions twice a day.


Artist's illustration of the Fengyun 3D satellite. Credit: CMA

China also has Fengyun 2-series satellites in higher geostationary orbits to collect near real-time imagery of storms and cyclones moving across the Asia-Pacific region.

The polar-orbiting observatories are designed to gather data inputs for numerical weather prediction models, which generate medium-range forecasts predicting changing weather conditions up to a week advance.

Fengyun 3D's mission is comparable to that of U.S.-built JPSS 1 weather craft set for launch Wednesday to join NOAA polar-orbiting satellite fleet.

Ground controllers will guide Fengyun 3D into a slightly higher orbit in the coming weeks to begin regular weather observations.

One of Fengyun 3D's instruments will take medium-resolution images with an upgraded camera that can see in 25 optical channels, 15 solar reflective channels and 10 infrared channels, allowing it to gather detailed data during day and night passes.

Other sensors will measure soil moisture content, probe temperature and humidity at multiple layers in the atmosphere, and detect greenhouse gases in the atmosphere, a major contributor to climate change. Another instrument will monitor the health of the ozone layer, and an auroral imager and ionospheric photometer track the effects of space weather and solar storms, Chinese officials said.

Fengyun 3D will be China's first remote sensing satellite to transmit and receive data through Antarctic ground stations, allowing weather observations to more quickly reach forecasters. Ninety percent of Fengyun 3D's observations will be transmitted back to China within 80 minutes, according to CMA.

A privately-developed piggyback payload lofted into space Tuesday aboard the Long March 4C rocket carries an AIS maritime tracking receiver. Named HEAD 1, the 100-pound (45-kilogram) microsatellite is the first spacecraft owned by Beijing-headquartered HEAD Aerospace, which aims to deploy a constellation of 30 small satellites in the next few years.

Tuesday's launch marked China's 12th orbital launch attempt of the year, and the 11th to successfully reach orbit.

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[tnt22]

https://gbtimes.com/china-launches-fengyun-3d-weather-satellite-and-private-maritime-microsatellite

China launches Fengyun-3D weather satellite and private maritime microsatellite
by Andrew Jones Nov 14, 2017 14:38 ENVIRONMENT SHANXI PROVINCE TAIYUAN


A Long March 4C rocket lifts off from LC9 at Taiyuan Satellite Launch Centre at 18:35 UTC November 14, 2017, carrying the Fengyun-3D weather satellite and HEAD-1 microsatellite. Xinhua

China successfully launched the Fengyun-3D weather satellite into a polar orbit on Tuesday, along with the first satellite for private Chinese company Head Aerospace.

The Long March 4C rocket lifted off from Launch Complex 9 at Taiyuan Satellite Launch Centre in Shanxi Province at 18:35 UTC (02:35 November 15 local time), sending the Fengyun-3D towards a circular Sun-synchronous orbit at an altitude of over 800 km.

Спойлер

Fengyun-3D is the fourth satellite of the second generation of Chinese polar-orbiting meteorological satellites, carrying instruments for sounding, imaging, radiation and humidity, and detecting space weather.

The 2450 kg Fengyun-3D, with one solar panel mounted on one side of the satellite, will be operated by the China Meteorological Administration (CMA) and National Satellite Meteorological Centre (NSMC) and will help provide meteorological forecasts as well as contribute to ocean, ice and climate monitoring, and atmospheric chemistry and space weather studies.


(youtube.com/watch?v=oLUEJzzgFds, 1:24)

First flight following failure

The launch was the first for the three-stage Long March 4C since an issue resulted in the Gaofen-10 Earth observation satellite failing to reach orbit on August 31, 2016, shortly before a SpaceX Falcon 9 rocket exploded on the pad.

The rocket, designed by the Shanghai Academy of Spaceflight Technology (SAST), a subsidiary of the China Aerospace Science and Technology Corporation (CASC), has now been successful with 20 of 21 launches, with the first taking place on April 26, 2006.

The mission also carried the HEAD-1 45 kg microsatellite for HEAD Aerospace, which is equipped with an Automatic Identification System (AIS) for maritime use. The 2-3 year mission is part of plans for HEAD to establish a constellation of 30 satellites.

Named 'Skywalker', the constellation will be made up of various satellites carrying data collection, maritime, and Earth observation payloads in low Earth and Sun-synchronous orbits.


An animation created from images from China's Fengyun-4A geostationary satellite. CMA
...

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[tnt22]

НОРАД зарегистрировал 3 объекта запуска - все TBA
 

 43010 / 2017-072A
Epoch (UTC) 2017-11-15 02:26:47, 798 km x 812 km x 98.651°, 100.97 min
 
43011 / 2017-072B
Epoch (UTC) 2017-11-14 21:51:03, 790 km x 809 km x 98.657°, 100.85 min
 
43012 / 2017-072C
Epoch (UTC) 2017-11-15 05:35:54, 615 km x 797 km x 98.603°, 98.90 min

[tnt22]

Объекты запуска идентифицированы
 

[Старый]

tnt22 пишет:
НОРАД зарегистрировал 3 объекта запуска - все TBA

Можно вас попросить не писать светлыми цветами?

[tnt22]

Andrew Jones‏ @AJ_FI 54 мин. назад

Payload fairing wreckage from Tuesday's Long March 4C launch of the Fengyun-3D weather satellite found near Enshi city, Hubei province

Спойлер

[свернуть]

[tnt22]

Старый пишет:
Можно вас попросить не писать светлыми цветами?

Я в некоторой растерянности от такой просьбы    
Я так понял - у Вас не основная цветовая схема сайта. На принятой по дефолту цветовой схеме сайта (коричнево- черные оттенки фона) выделение не светлыми цветами часто просто теряет смысл  :|  К сожалению, двиг "bb code" не позволяет играться цветом фона редактируемого текста сообщений... А чистый Bold для выделения слабоват. Пока я не знаю как решать сию проблему, одни  :?:   :?:   :?:  
Ну или не писать на основном фоне, а, например, использовать как промежеточный фон цвет фона цитат

Голубой
Зелёный
Желтый

[Старый]

tnt22 пишет:

Старый пишет:
Можно вас попросить не писать светлыми цветами?

Я в некоторой растерянности от такой просьбы    
Я так понял - у Вас не основная цветовая схема сайта. 

Естественно! У меня стиль "НК Лайт" с голубым фоном.

[Старый]

И нифига не видно:

[tnt22]

Старый пишет:
И нифига не видно:

И какой цвет фона цитат?

[Старый]

tnt22 пишет:

Старый пишет:
И нифига не видно:

И какой цвет фона цитат?

Ну на вставленной картине же.

[Старый]

Фон цитат такой: 

Но зачем нам фон цитат?

[tnt22]

Старый пишет:
Фон цитат такой:

Н-да, проблема :| . Выделяться будут те цвета, которые на дефолтной цветовой схеме будут слабо различимы. Остаётся только маленький кусочек в красной части спектра. Но для меня - красный (и оттенки) - нечто опасное или означающее, что что-то пошло не так (так по работе сложилось за долгие-долгие годы...)

[tnt22]

HEAD Aerospace NL‏ @HEADAerospaceNL 2 ч. назад

Successful launch of the first commercial Chinese maritime micro satellite! Read article here: https://www.head-aerospace.eu/single-post/2017/11/16/Successful-launch-of-the-first-commercial-Chinese-maritime-micro-satellite ...

https://www.head-aerospace.eu/single-post/2017/11/16/Successful-launch-of-the-first-commercial-Chinese-maritime-micro-satellite

Successful launch first commercial Chinese maritime micro satellite
November 16, 2017

On 15th November 2017, 2:35 AM local time, China's first commercial maritime satellite "HEAD-1" was launched from the Tauyuan Satellite Launch Centre on a Long March 4C as a piggy back to the FM-3D mission.

All launch and orbit insertion stages were executed nominally and the satellite was smoothly ins erted in to its 800 km polar orbit. Initial in-orbit verification of the platform and payload have already started.

Спойлер

HEAD-1 is a 150kg micro satellite that was jointly developed by the Shanghai Aerospace Technology Research Institute and China HEAD Aerospace Technology Co. Ltd. It is the first commercial Chinese satellite for maritime services. The satellite was designed as a modular, highly integrated platform making use of platform virtualization and other innovative techniques to create compact, high performance and quickly integrated small satellite solutions.

The main payload is a 4th generation AIS (Automatic Identification of Ships) receiver making use of advanced signal processing techniques to deliver a high detection rate over high- and medium-density shipping areas.

Initial operations of the satellite and payload will be performed through a ground station in Shanghai which provides both TT&C and Data downlink services.

HEAD Aerospace Technology Co. Ltd has established its own data centre in Beijing for the processing of the satellite AIS data and to provide a range of positioning and analytical services through a dedicated on-line portal. Products and services are based on a mix of terrestrial and space-based data sources allowing the company to start its commercial services swiftly.

"HEAD-1" is the first commercial maritime satellite to fill a gap in the Chinese domestic AIS market. It helps in further developing China's national maritime security as well as economic and social activities in the "One belt, One road" initiative.  

HEAD Aerospace Technology Co. Ltd. Is committed to the development of small satellite, commercial space services, with the vision to "let space into your life". The HEAD-1 is a first step in the development of the "Skywalker constellation", a multi-functional micro-satellite constellation to provide (amongst others) maritime, communication and Earth Observation services. Initial application domains include maritime surveillance, forestry, infrastructure monitoring and environmental protection.

Company website: www.head-aerospace.com   Contact: info@head-aerospace.com

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[zandr]

tnt22 пишет:
Н-да, проблема

Басня есть такая: "Слон-живописец"  

[Старый]

tnt22 пишет: 
Н-да, проблема  :|  . Выделяться будут те цвета, которые на дефолтной цветовой схеме будут слабо различимы. Остаётся только маленький кусочек в красной части спектра. Но для меня - красный (и оттенки) - нечто опасное или означающее, что что-то пошло не так (так по работе сложилось за долгие-долгие годы...)

Дык вся дефолтная цветовая схема имеет чёрно-оранжевый цвет означающий что это оса (шмель) и счас ужалит. 
На худой конец чёрный цвет подходит отлично. Зачем выделять цветом другие строчки?

[che wi]

http://www.sohu.com/a/204640066_99984058

[tnt22]

http://news.xinhuanet.com/english/2017-12/08/c_136811160.htm

China turns space debris into in-orbit Internet of Things
Source: Xinhua | 2017-12-08 14:32:47 | Editor: Zhou Xin

SHANGHAI, Dec. 8 (Xinhua) -- Chinese scientists have turned the final stage of a launch rocket, which is discarded in space after sending a satellite into orbit, into a smart application platform by fitting it with intelligent chips.

Спойлер

A program carried out by Shanghai-based Fudan University installed several intelligent chips on the final stage of the Long March 4C rocket, which sent the Fengyun-3D satellite into orbit in November.

Fudan University's Zheng Lirong, the chief scientist of the program, said discarded rocket sections during space launches constitute the largest percentage of space debris. By installing multiple chip systems on the rocket, the team has established the initial stage of a space-based Internet of Things.

He explained that the launch rocket will jettison a section when it runs out of propellant in order to decrease the mass, and the final stage of the rocket is delivered to the orbit along with the payload.

"With these intelligent chips attached, space debris can be transformed into a low-cost science experiment and communication platform," he said.

Zheng's team has taken two years to develop the functional modules and hardware to make the "nanosatellites," with each set of the functional modules weighing less than 30 grams.

The team has named the intelligent chip system "Xinyun," meaning the cloud of chips.

Internet of Things solutions are already widely employed in daily life, ranging from wearable smart gadgets, driverless vehicles to GPS-tracked grazing. [ Zheng said current applications experience common problems such as data congestion and slow transmission speeds, especially in remote and underserved regions. With the development of the space-based network, these areas could be better served.

"The system can connect space, air, ground and oceans at a low cost. It can also be seen as a useful trial in tackling the unresolved problem of dealing with space debris," said Jin Yaqiu, a member of the Chinese Academy of Sciences and supervisor of the program.

Zheng said they are still testing the system's functions and analyzing the track of orbiting debris.

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[tnt22]

Andrew Jones‏ @AJ_FI 6 ч. назад

Fengyun-3D weather satellite, launched by China on Nov 14, has returned its first images. Will go through 6 months of on-orbit testing.

Спойлер

[свернуть]

[tnt22]

http://russian.news.cn/2018-05/28/c_137211997.htm

Китай разрабатывают низкоорбитальную навигационную систему для беспилотного транспорта
2018-05-28 11:25:11丨Russian.News.Cn

Пекин, 28 мая /Синьхуа/ -- Китайские исследователи работают над созданием спутниковой навигационной системы, предназначенной для беспилотного транспорта.

Речь идет о низкоорбитальной системе спутниковой дифференциальной навигации /SBAS/, разрабатываемой Китайской корпорацией аэрокосмической науки и техники /CASC/.

Система будет действовать на основе низкоорбитального микронаноспутника, который был запущен в космос вместе с четырьмя метеорологическими спутниками "Фэнъюнь-3" в ноябре 2017 года.

Спутник способен выполнять позиционирование с точностью до сантиметра за пять минут. Благодаря этому спутнику низкоорбитальная система SBAS может осуществлять высокоточное позиционирование как на море, так и в отдаленных горных районах, а также служить наземным станциям слежения.

Система SBAS считается идеальным выбором для управления беспилотным транспортом благодаря ее низкой себестоимости и глобальному охвату.

Ожидается, что низкоорбитальная система SBAS сможет также применяться для дронов сельхозназначения и мониторинга горных оползней.

[zandr]

http://russian.people.com.cn/n3/2018/1204/c31517-9524924.html

Два китайских метеоспутника переданы заказчику
 Пекин, 3 декабря /Синьхуа/ -- Китайская корпорация аэрокосмической науки и техники /CASC/ официально передала государственной метеослужбе два метеорологических спутника - "Фэнъюнь-2H" и "Фэнъюнь-3D".
Эти аппараты позволят предоставлять метеорологические данные Китаю, а также странам вдоль "Пояса и пути", сообщили на состоявшейся в конце ноября церемонии передачи.
"Фэнъюнь-2H", запуск которого

Спойлер

состоялся 5 июня 2018 года, представляет собой последний отечественный геостационарный метеоспутник первого поколения.
По словам главного синоптика Национального центра спутниковой метеорологии Хань Сючжэнь, "Фэнъюнь-2H" находится на орбите в 79 градусов восточной долготы. Вместе с другим спутником этой серии, находящимся на орбите в 86,5 градуса восточной долготы, они позволяют повысить точность прогнозирования стихийных бедствий в стране и минимизировать ущерб от них.

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"Фэнъюнь-3D" - четвертый китайский полярный орбитальный метеоспутник второго поколения - был запущен 15 ноября 2017 года. По итогам шестимесячного орбитального тестирования, аппарат способен удовлетворять потребность в исследовании атмосферы, парниковых газов и космической среды.
"Фэнъюнь-3D" оборудован зондом с высочайшим в стране спектральным разрешением. В состав наземного сегмента спутниковой системы входят шесть станций, четыре из которых расположены в Китае, остальные - на обоих полюсах Земли, рассказала Хань Сючжэнь.
Китай успешно запустил в общей сложности 17 спутников семейства "Фэнъюнь", восемь из которых в настоящее время работают на орбите.
По словам эксперта, Китай - один из важных участников Глобальной системы систем наблюдения Земли и Международной Хартии по космосу и крупным катастрофам. При помощи своих метеоспутников он вносит вклад в борьбу со стихийными бедствиями и содействует социально-экономическому развитию в 93 странах и районах мира.

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Неотделяемая ПН на 3-й ступени ракеты от компании ASESSpace работает шестой год: https://weibo.com/2645044133/MBrzrnmsr