Mẫu vật từ Mặt Trăng của sứ mệnh Chang’e-5 đang kích thích nghiên cứu quốc tế giữa Trung Quốc và Pháp. Dự án hợp tác này mang lại những hiểu biết mới về sự hình thành Mặt Trăng. Hãy cùng chờ đón những khám phá thú vị tiếp theo! #ChangE5 #NghienCuu #MatTrang #KhoaHoc #HopTacQuocTe https://ift.tt/j4kzJ0F

Khám phá thú vị từ hạt thủy tinh xanh của Chang’e-5 đang mở khóa những bí mật ẩn sâu trong lòng mặt trăng. Hàm lượng magie cao giúp các nhà khoa học nhận diện nguồn gốc từ sâu bên trong. Đừng bỏ lỡ hiểu biết mới về người hàng xóm gần nhất! #ChangE5 #KhoaHoc #MặtTrăng #KhámPhá https://ift.tt/r0nyqTa

A potential mantle origin for precursor rocks of high-Mg impact glass beads in Chang’e-5 soil: https://www.science.org/doi/10.1126/sciadv.adv9019 -> Glass beads offer a window into the Moon’s hidden depths: https://www.curtin.edu.au/news/media-release/glass-beads-offer-a-window-into-the-moons-hidden-depths/ -> #Change5 collected glass beads reveal secrets of Moon's deep interior: https://english.news.cn/20250512/8239b22b6ba14f6db244fbabb9800b20/c.html

Georgina Rannard reveals a historic first: Moon samples from China's Chang'e 5 mission have arrived in the UK, housed in a high-security facility. These precious samples, crucial for understanding lunar history, enable scientists like Professor Mahesh Anand to conduct advanced research. This collaboration signals a new era of international cooperation in lunar exploration. Read more about this exciting development: https://www.bbc.com/news/articles/c4g3krykxypo
#MoonSamples #SpaceExploration #China #ChangE5 #ScientificResearch #InternationalCooperation

#Shenzhou19 eta #Shenzhou20 espaziontzietako tripulazioaren artean, estazioaren agintea eta giltzak emateko ekitaldia egin da.

6 herrialdetako ikertzaileek (Estatu Batuak, Japonia, Frantzia, Alemania, Erresuma Batua eta Pakistan) #ChangE5-ek Ilargiaren alde ezkututik ekarritako ilargi-materialaren zati txiki batzuk eskuratzeko aukera izango dute.

#Espazioa

WRITER FUEL: Scientists in China have discovered water molecules trapped in lunar rocks, upending past assumptions that the moon's surface is dry.

https://www.limfic.com/2024/10/30/writer-fuel-chinese-rover-finds-water-molecules-on-the-moon/

#LimFic #LiminalFiction #WriterFuel #Writers #Authors #WritersofMastodon #StoryIdeas #Change5 #China #Rover #Moon #Water

月はまだ活火山を持っている可能性があり、中国の嫦娥5号サンプルリターン探査機が明らかにした
https://www.space.com/moon-volcanically-active-today-china-change-5

2020年12月に中国の「嫦娥5号」が持ち帰った月の土壌中の微小なガラスビーズから、月の表面で過去に火山活動があった可能性が示唆された。これまで考えられていた月の進化についての認識を覆す発見であり、

現在も月が火山活動をしている可能性があるという。 #Moon #Volcanism #ChangE5

120 miljoen jaar geleden was de Maan nog vulkanisch actief

Er is uitgebreid geologisch bewijs van oude vulkanische activiteit op de Maan, maar het is onduidelijk hoe lang dat vulkanisme heeft geduurd.

https://www.kuuke.nl/120-miljoen-jaar-geleden-was-de-maan-nog-vulkanisch-actief/

#apollo #Change5 #glasparels #isotopen #lood #luna #maan #thorium #uranium #vulkanisme #zwavel

Ist der Mondvulkanismus jünger als gedacht? Mondproben von Chang’e-5 legen Ausbrüche noch vor rund 120 Millionen Jahren nahe. #Mond #Mondvulkanismus #Change5 #Sonnensystem
https://www.scinexx.de/news/kosmos/ist-der-mondvulkanismus-juenger-als-gedacht/

Da uno dei campioni di regolite lunare riportati a terra da #Change5 gli scienziati sono riusciti ad estrarre acqua. Ci vorrà ancora tempo per trovare metodi più efficienti, ma è un ottimo inizio.

✍️ Gianmarco Vespia
#AstronautiNEWS

https://www.astronautinews.it/2024/09/prodotta-acqua-da-regolite-lunare/

Una miniera di grafene nella regolite lunare. Grafene lunare, la scoperta cinese che cambia faccia al nostro satellite. La missione cinese CE-5 ha scoperto grafene nel suolo lunare, sfidando le attuali teorie sulla composizione del nostro satellite
In un granello di polvere si nasconde una piccola rivoluzione scientifica. La missione cinese Chang’e-5 (CE-5)

#Change5 #grafenelunare #LUNA #regolite #sondaspaziale

https://scienzamagia.eu/scienza-tecnologia/una-miniera-di-grafene-nella-regolite-lunare/

🚀🌑 La Long March 5 est en cours de remplissage, tout est Go pour un décollage de #Change5 attendu vers 11h27 heure de Paris.

中国の嫦娥5号の月のサンプルが、何年もNASAの到達範囲外でしたが、ついに米国の科学者に利用可能になりましたっぽいのです
https://www.space.com/china-moon-samples-change-5-nasa-researchers

NASAが中国の月のサンプルへのアクセスを承認。中国のChang'e-5ミッションで収集された月の岩石と土壌のサンプルにNASAの研究者がアクセス可能に。中国はサンプルを国際研究者に公開し、NASAも研究者にアクセスを許可。更なる国際サンプル交換を期待。

#NASA #ChangE5 #\/\u6708\/ #\/\u672c

Txinako Espazio Administrazio Nazionalak, #ChangE6 misioa datorren urtean Ilargiaren Hego Polora abiarazteko asmoak baieztatu ditu. #ChangE5 misioaren kopia den modulua, Ilargiaren alde ezkututik laginak ekartzen saiatuko da, 53 egun iraungo duen misio batean.

#Espazioa #Ilargia

Aktualności:
»Ostatnie lądowanie radzieckiej sondy na księżycu«

18 sierpnia 1976 roku radziecka sonda kosmiczna Łuna 24 wylądowała na księżycu.
https://www.fahrenheit.net.pl/aktualnosci/ostatnie-ladowanie-radzieckiej-sondy-na-ksiezycu/

#Fahrenheit_zin #Księżyc #Apollo #Łuna #Łuna24 #Change5 #sonda

China is planning a #samplereturn mission to the #farside of the #moon in 2025. Chang'e 6 #change6 is similar to the Chang'e 5 #change5 mission that brought back samples from Oceanus Procellarum in 2020. But instead Chang'e 6 will land in the South Pole-Aitken Basin (SPA), specifically in the southern part of the Apollo basin.
https://www.nature.com/articles/s41550-023-02038-1

Nouvelle maquette en métal : la sonde spatiale 🇨🇳 Chang'e 5, qui a ramené 1,7 kg de roches lunaires en décembre 2020.
Je viens de finir le module de retour d'échantillons, il faut être très minutieux ! #Lune #maquette #change5 #cnsa #model #metal

An analysis of tiny glass beads brought back from the lunar surface by China's Chang'e-5 mission opens up a potential new frontier for getting the water that might be needed for future #moon bases. https://cosmiclog.com/2023/03/27/glass-beads-boost-hopes-for-using-the-moons-water/ #Space #NatureGeoscience #ChangE5

#Change5's service module (still in DRO) and #Artemis1 are angularly very close right now . While Chang'e5 is closer as it approaches the EM-L1 point ~310000km away and Artemis is presently ~397000km away.