Cosmic Castle: The Development Path of Space Stations

Author: Pang Zhijie
Publisher:
Publishing Date: 2005-10-01
Features: At the moment of the world-renowned launch of China's Shenzhou 6, the "New Knowledge Series on Manned Spaceflight" was grandly launched by Jiangxi University Press. This is currently the most authoritative and up-to-date series of popular books on manned spaceflight in China, and also a space science popularization feast dedicated by the press to support China's "Shenzhou 6." In 2003, the successful launch of China's Shenzhou 5 not only inspired national pride but also sparked a new wave of public interest in space exploration. To meet the demand of space enthusiasts, especially young people, for the latest knowledge in manned spaceflight, Jiangxi University Press and the China Association for Science and Technology (CAST) jointly planned this series, aiming to introduce the latest popular science knowledge in manned spaceflight. The series consists of six volumes: "The Space Ark—An Overview of Spacecraft," "The Space Shuttle—A Record of Triumph and Challenges," "The Cosmic Citadel—The Development Path of Space Stations," "Strolling in the Blue Sky—Astronauts' Spacewalks," "Seizing the Moon—Rediscovering the Moon," and "Interstellar Homestead—Mars Exploration and Development." They cover three types of manned spacecraft—spacecraft, space shuttles, and space stations—as well as three types of space activities—spacewalks, lunar development, and Mars exploration, encompassing the major achievements of human manned spaceflight technology today. Due to the significant subject matter, authoritative content, and alignment with market demand, the series was included in the "Five-Year Plan" national key book project by the General Administration of Press and Publication. The series was jointly organized and written by the authoritative department of space science research—the China Academy of Space Technology (CAST) and the China Association for Science and Technology. Min Guirong, an academician of the International Astronautical Federation and a member of the Chinese Academy of Sciences and the Chinese Academy of Engineering, served as the chief editor. A strong team of renowned space science popularization writers, including Pang Zhihao, Wu Guoxing, and Zhou Wu, contributed to the series, presenting new technological knowledge of manned spaceflight from around the world, especially many previously classified materials since the launch of Shenzhou 5, in a vivid, illustrated format. At the time of the successful return flight of the U.S. Space Shuttle Discovery and the smooth launch of China's Shenzhou 6, the latest knowledge and information about both missions were also included in the series, launched by Jiangxi University Press to delight readers. The series is colorfully printed and beautifully bound, making it worth reading and collecting. Zhou Guangzhao, the President of the China Association for Science and Technology, also happily wrote a preface for the series, recommending it to readers.
A space station is currently the only manned spacecraft that does not return to Earth, operates long-term in space, and provides living and working facilities for astronauts. It is also known as a space station or an orbital station. To date, three types of space stations have been developed: experimental space stations, practical space stations, and permanent space stations. Experimental space stations are used to test relevant technologies, laying the foundation for the construction of practical and permanent space stations. Practical and permanent space stations serve as the main bases for developing space resources. Space stations have multiple functions, including laboratories, observation platforms, transfer stations, and maintenance stations. On a space station, astronauts can conduct life science and aerospace medical research, carry out all-band astronomical observations and efficient Earth observation, build pharmaceutical and material processing workshops, conduct new technology experiments, and repair and assemble other spacecraft, serving as a "launchpad" for missions to the Moon and other planets. The application prospects of space stations are extremely broad.