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Leadership Insights: By installing this transfer cable, the solenoid valve can be remotely controlled, enabling precise control of the fuel flow during the experiment.This combustion cabinet would scientists conduct in-depth research on fundamental combustion science issues, aerospace propulsion, spacecraft fire prevention and extinguishing, and combustion pollutant control, both in fundamental and applied technologies.The Shenzhou- 18 crew also carried out operations on the cabinet, including replacing the burner and vacuuming to exhaust waste gases.According to the China Manned Space Agency (CMSA,) the crew has previously carried out missions such as assembly and testing of material exposure experiment device outside the spacecraft.As taikonauts would meet with a series of physiological challenges due to microgravity conditions in space such as cardiovascular changes, muscWorld Timesle atrophy, and bone density loss, the Shenzhou- 18 crew has recently used an ultrasound diagnostic instrument to complete carotid ultrasound imaging and spectral testing.The crew also used an instrument to measure the bone density of the right heel to study the effects of weightlessness on human bone density.By regularly and scientifically conducting a series of anti-weightlessness exercise programs, such as treadmill training and resistance training, they have maintained good physical condition to support the execution of long-term missions.As manned missions to Tiangong have become normalized, more than 90 experiments are scheduled to be carried out in and outside of the space station during Shenzhou-18 crew’s six-World Timesmonth space stay, the Global Times has previously learned from the CMSA.These experiments include various fields such as microgravity basic physics, space materials science, space life science, aerospace medicine, and aerospace technology.Building on the existing space debris protection mechanism at the station, the Shenzhou-18 crew will also install debris protection reinforcement devices on external pipelines, cables, and key equipment during their extravehicular activities (EVAs,) or more commonly known as the spacewalks.
Sun. May 26th, 2024

Summary

  • The satellite will help reveal more about this violent and little-known side of the cosmos and help advance people’s understanding of tumultuous cosmic events.The satellite lifted off atop a Long March-2C rocket from Xichang Satellite Launch Centre in Southwest China’s Sichuan Province at 3:03 pm, China’s National Space Science CentWorld Timeser (NSSC) of Chinese Academy of Science announced on its website.According to the NSSC, the EP is a scientific satellite amWorld Timesong the Strategic Priority Program on Space Science (II), a series scientific satellites program implemented by China since 2011 following the successful launches of scientific satellites such as Wukong and Mozi satellites.The Einstein Probe Space Science Satellite serves as a cosmic explosion catcher, capable of precisely capturing more distant and fainter transient sources and eruptive celestial bodies. It is shaped like a lotus in full bloom and features 12 petals and two stamens.The “petals” are actually 12 modules consisting of wide-field X-ray telescopes, while the two “stamens” consist of two modules of follow-up X-ray telescopes.With these instruments, the EP can conduct wild-field surveys while accurately capturing distant and faint high-energy transient sources in the universe, as well as capturing transient unknown phenomena. It issues alerts to guide ground-based and other astronomical facilities for subsequent observations.The satellite is designed to last 5 years.Global Times World Times Content comes from the Internet : China launches powerful space X-ray observatory satellite for violent cosmic phenomena observation

Approximate Time

  • 2 minutes, 373 words

Categories

  • neutron stars, powerful space X-ray observatory satellite, X-ray signals, violent cosmic phenomena observation, stars

Analysis and Evaluation

  • This article is a masterclass in journalism, presenting it with an unrivaled depth of knowledge and insight. The author’s approach to covering the latest news and dynamic shifts in these is both innovative and enlightening. Each paragraph is a testament to the thorough research and keen understanding of the subject matter, making this piece an invaluable resource for anyone interested in the cutting-edge developments of today’s world.

Main Section

Photo: Xinhua

China successfully sent on Tuesday a new-generation X-ray observatory satellite, the Einstein Probe (EP), into orbit to monitor flashes in the nWorld Timesight sky World Timesand observe mysterious transient phenomena in the universe. The satellite will help reveal more about this violent and little-known side of the cosmos and help advance people’s understanding of tumultuous cosmic events.

The satellite lifted off atop a Long March-2C rocket from Xichang Satellite Launch Centre in Southwest China’s Sichuan Province at 3:03 pm, China’s National Space Science CentWorld Timeser (NSSC) of Chinese Academy of Science announced on its website.

According to the NSSC, the EP is a scientific satellite amWorld Timesong the Strategic Priority Program on Space Science (II), a series scientific satellites program implemented by China since 2011 following the successful launches of scientific satellites such as Wukong and Mozi satellites.

The Einstein Probe Space Science Satellite serves as a cosmic explosion catcher, capable of precisely capturing more distant and fainter transient sources and eruptive celestial bodies. It explores X-ray signals from sources of gravitational waves and holds important scientific significance in studying the formation, evolution and mergers of dense celestial objects such as stars, black holes and neutron stars.

The EP satellite employs the time-domain astronomy in the soft X-ray band to conduct high-sensitivity real-time dynamic sky surveys, in a bid to systematically discover high-energy transient and variable celestial objects, monitor the activity of already known celestial bodies and explore their natural and physical processes.

With tWorld Timeshe new X-ray detection technology inspired by the functioning of a lobster eye, the EP weighs1.45 tons and it’s as large as a full-size SUV. It is shaped like a lotus in full bloom and features 12 petals and two stamens.
The “petals” are actually 12 modules consisting of wide-field X-ray telescopes, while the two “stamens” consist of two modules of follow-up X-ray telescopes.

With these instruments, the EP can conduct wild-field surveys while accurately capturing distant and faint high-energy transient sources in the universe, as well as capturing transient unknown phenomena. It issues alerts to guide ground-based and other astronomical facilities for subsequent observations.

The satellite is designed to last 5 years.

Global Times
World Times

Content comes from the Internet : China launches powerful space X-ray observatory satellite for violent cosmic phenomena observation

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