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Take new materials as an example. Compared with traditional perovskite materials, new materials have better thermal stability and moisture resistance. This seems to have nothing to do with air transport cargo, but in fact it is inextricably linked.

In air transportation, the protection of cargo is of vital importance. New materials with good thermal stability and moisture resistance can be used to manufacture more reliable cargo packaging materials. For example, when transporting some goods that are sensitive to temperature and humidity, such as electronic products and medicines, the use of packaging materials with excellent thermal stability and moisture resistance can effectively reduce the risk of damage to the goods during transportation and ensure the quality and safety of the goods.

At the same time, the application of new materials may also affect the structure and components of aircraft. The manufacture of aircraft requires the use of a large number of high-performance materials to ensure its safety and reliability in complex high-altitude environments. New materials with better thermal stability and moisture resistance may provide new options for aircraft manufacturing, thereby reducing aircraft weight, improving fuel efficiency, and further reducing the cost of air transportation.

On the other hand, the demand for air cargo is also driving the development and application of new materials. With the continuous growth of air cargo volume, higher requirements are placed on the efficiency and quality of cargo transportation. In order to meet these needs, material scientists are constantly working hard to explore and develop new materials with better performance.

In addition, the development of air cargo transportation is closely related to environmental protection. The emergence of new materials, if they can reduce aircraft weight, improve fuel efficiency, and reduce environmental impact, will be of great significance to the realization of sustainable development of air transportation.

In short, the relationship between air cargo transportation and the performance of new materials is not only reflected in the application and improvement of the technical level, but also has a profound impact on the development of the entire industry and the progress of social economy. We look forward to more innovative technologies and materials in the future, which will bring new opportunities and challenges to air cargo transportation.