Introduction
The aerospace field has been a human dream since its birth, and it represents the exploration and challenge of endless unknowns. For decades, countries around the world have raced to research and develop in this field, but disruptive technological breakthroughs are rare. However, in China, the success of Shenzhou 15 has refreshed the world's cognition. This article will take a closer look at the disruptive technology behind Shenzhou 15 and who implemented it.
A historical review of the aerospace industry
The history of aerospace dates back to the early 20th century, when people began to dream of flying and going into space. With the advancement of science and technology, aircraft and spacecraft have gradually made breakthroughs, but the development of manned spaceflight has been relatively slow. Countries around the world have invested a lot of resources and manpower in research, but few technologies have truly made revolutionary breakthroughs.
The disruptive technology of Shenzhou 15
Manned spacecraft technology: Shenzhou 15 adopts a new generation of manned spacecraft technology, with high autonomy and reliability. Its innovation lies in the integration of autonomous docking, space residency and remote operation functions, enabling Chinese astronauts to achieve long-term stay in space and docking and communicating with the space station.
Advanced life support system: In order to ensure that astronauts can work and live in space safely and healthily, Shenzhou 15 is equipped with an advanced life support system. These systems include facilities for oxygen supply, water supply, wastewater treatment, environmental control and waste management, and through recycling and recycling, they achieve continuous survival in a closed environment.
High-precision navigation and control system: The navigation and control system of Shenzhou 15 adopts advanced high-precision technology to ensure the precise positioning and stability control of the spacecraft in orbit. This is essential for tasks such as effectively docking with the space station, maintaining orbital attitudes, conducting scientific experiments and technical verification.
Who realized the disruptive technology of Shenzhou 15?
China Aerospace Science and Technology Corporation (CASC): As a major R&D institution in China's aerospace industry, CASC is responsible for designing, manufacturing and promoting a series of manned space missions such as Shenzhou 15. Through years of research and cooperation, CASC has successfully developed many innovative technologies that have enabled China to make breakthroughs in the aerospace field.
China Astronaut Center (CMSE): The China Astronaut Center is the institution responsible for preparing, training and managing Chinese astronauts, who have made great contributions to the manned mission of Shenzhou 15. Astronauts have received rigorous training and assessment, improving their adaptability and operational skills in the space environment.
epilogue
The success of Shenzhou 15 shows that China has made major breakthroughs in technological innovation and development in the aerospace field. Through the application of disruptive technologies, China has achieved the goal of long-term human retention in space and effectively promoted the development of other related technologies in the space field. Shenzhou 15 is inseparable from the efforts and contributions of institutions such as China Aerospace Science and Technology Corporation and China Astronaut Center. With the vigorous development of China's space industry, we can expect more disruptive technological breakthroughs to bring new milestones to human space exploration.