121/120/118/113/16-15-15)
Połączenie z CSS zaplanowane jest za kilka godzin.
Jest to 17. chiński statek kosmiczny z załogą.
18. chiński statek kosmiczny z załogą wrócić ma na Ziemię 29.05.2026.
SZ-23 to drugi statek Shenzhou z trzeciej partii produkcyjnej i pierwszy, który przewozi załogę.2)
https://www.forum.kosmonauta.net/index.php?topic=6901.msg205988#msg205988Troje Chińczyków poleciało do Tiangong 24.05. o 15:08:36,452 z Jiuquan wystrzelona została RN CZ-2F, która wyniosła na orbitę statek kosmiczny Shenzhou-23.
Połączył się on z Tiangong około 18:40.
http://lk.astronautilus.pl/n260516.htm#09Chinese Space Station @CNSpaceStation 2:01 PM · May 24, 2026
🚀The #Shenzhou XXIII crew is tasked with operating and maintaining the Tiangong space station, conducting scientific and technological experiments, carrying out spacewalks to install and retrieve equipment, and taking part in educational activities.
Their journey will mark China's 17th manned spaceflight and the 11th crewed mission to the @CNSpaceStation.
❤️Bon voyage! [📷/CMS]
https://x.com/CNSpaceStation/status/2058518860886905180Chinese Space Station @CNSpaceStation 5:56 PM · May 24, 2026
🚀🛰️Shenzhou XXIII manned spaceship will spend several hours approaching and berthing at the forward docking port of the Tianhe core module, the core component of the @CNSpaceStation
After that, the #Shenzhou XXIII crew will spend some time preparing to open the spaceship's hatch and enter the massive orbital outpost to meet the three astronauts from the Shenzhou XXI mission.
Stay tuned! [📷/CMS]
https://twitter.com/CNSpaceStation/status/2058577863096598851Jonathan McDowell @planet4589 5:18 PM · May 24, 2026
LAUNCH at 1508 UTC May 24 of Shenzhou 23 carrying Chinese astronauts 朱杨柱 (Zhu Yangzhu), 张志远
(Zhang Zhiyan) and Hong Kong payload specialist 黎家盈 (Lai Ka-ying)
https://twitter.com/planet4589/status/2058568272845418889Wu Lei @wulei2020 5:59 PM · May 24, 2026
Enjoy this breathtaking moment from the launch of the Shenzhou-23 crewed mission!
A huge congratulations to the Shenzhou-23 crew, and a heartfelt salute to all the engineers and scientists behind this incredible achievement.
https://twitter.com/wulei2020/status/2058578703794446381Shenzhou-23 launchMateriał podsumowujący start i opisujący zadania misji.
Xinhua Headlines: China launches Shenzhou-23 spaceship, for new in-orbit stay record, cutting-edge space science
Source: Xinhua Editor: huaxia 2026-05-25 01:29:16
(...) Rice seeds that have never been sent in space will be cultivated aboard the space station to produce offspring in orbit, said Cang Huaixing, a researcher at the Technology and Engineering Center for Space Utilization under the Chinese Academy of Sciences.
"For the first time, two consecutive generations of rice will be grown in orbit, aiming to clarify how long-term space microgravity affects the genetic stability of rice," Cang said.
Experiments will also be conducted to examine how biological phase separation influences lipid metabolism under microgravity conditions, seeking to understand the molecular mechanisms by which microgravity affects hepatocyte lipid metabolism. This could offer potential targets for early intervention and prevention of related fatty liver diseases during long-duration space missions.
Meanwhile, three types of experimental samples -- nanozymes, actinomycetes, and plant seeds -- will be installed on an extravehicular exposure device for a five-month in-orbit radiation biology experiment, Cang said.
"These samples will be used to study life-origin catalysts, microbial adaptive evolution, and higher plant genetic variations, systematically revealing the deep-layer effects of space radiation on biological samples," he said.
In space material science, their research will focus on producing advanced materials, including high-performance rare-earth permanent magnets and lightweight high-entropy alloys, and studying how to regulate their performance, according to Zhang.
Dynamic in-orbit experiments on perovskite solar cells will be conducted for the first time aboard China's space station to obtain data on conversion-efficiency degradation under real-world extreme space conditions, Cang said.
These experiments will help investigate the evolution of performance and failure mechanisms of perovskite materials and devices under extreme environments.
The research will provide key technological reserves for future low-orbit satellites, deep-space exploration, lunar bases, and energy systems for in situ space manufacturing, Cang said. (...)
https://english.news.cn/20260525/e71e193dd1d14e1193edc9173f3f0477/c.html
Wątek: Shenzhou-23 (Przeczytany 475 razy)