What is the driving role of space technology in other high and new technologies?

First of all, space technology is a highly comprehensive science and technology, and it is a comprehensive integration of many modern scientific and technological achievements. Does it rely primarily on electronics? Automation technology?

The development of many advanced technologies such as remote sensing technology and computer technology? Therefore, a country's achievements in space technology can best reflect its scientific and technological level and are important indicators of its scientific and technological strength.

Secondly, space technology is a fast? Wide-ranging? What science and technology can best play a role on a macro scale?

For example, communication satellites can cover a large area on the ground and even around the world; Meteorological satellites can make global weather forecasts; Reconnaissance satellites can timely monitor military activities over a wide area, etc.?

The leading role of space technology in other high-tech technologies is mainly reflected in the following aspects:

1.Space technology can facilitate the development and utilization of clean energy. For example, space solar energy technology can overcome the shortcomings of traditional energy sources and make fuller use of solar energy, providing a new direction and possibility for the development of clean energy.

2.Space technology can optimize the allocation and utilization of resources worldwide. For example, the accurate information provided by the global positioning system has been widely used in precision agriculture, global meteorological monitoring, and marine protection, making the development and utilization of resources more effective and scientific.

Therefore, space technology has a positive role in promoting the development of other high and new technologies.

The main high-tech technologies in space technology are:Space purification, microgravity shaping, space base stations.

1. Space purification

Space purification technology refers to the use of the influence of microgravity on the melting and condensation process of substances in space, so that the studied substances can obtain purer purity. This technology can be applied in many high-end fields, such as batteries, alloy preparation, optical materials, nanomaterials, and other fields.

2. Microgravity is disturbed into an ant-shape.

Microgravity, also known as zero gravity, should be "zero weight" in the strict sense. Since the environment of space and the Earth's surface are very different, the Earth's surface is a 1g gravity environment, while space is in a vacuum. Astronauts living and working in space have to adapt to this state of eating, clothing, housing, and transportation because they have to be in this microgravity environment for a long time.

Microgravity forming technology refers to the molding of materials in space by using the change of material expression in the state of microgravity. This technique can be used to make high-quality parts, as well as to make materials and equipment. This technology will have important application prospects in future space exploration projects.

3. Space base station.

Space base station refers to the space infrastructure established in space, which can provide infrastructure support for human space travel and realize a variety of high-end applications such as space industry and space tourism. Therefore, the space base station is a key facility for mankind to explore and use the universe in the future.

It mainly includes space stations, spaceports, lunar bases, and Mars bases. Its development will roughly go through the following stages: near-earth space station, far-earth space station, near-earth primary spaceport, near-earth universal spaceport, lunar orbital spaceport, primary lunar base, all-round lunar base, and Mars base.

With the deepening of human understanding and application of space technology, the research and application of space ridge purification, microgravity shaping, and space base station technology will become more important, which is expected to reveal more mysteries of space for mankind and bring new opportunities for human exploration and use of space.