Researchers from the Naval University of Engineering have made a major breakthrough in the research of underwater electromagnetic emission technology
Today, with the rapid development of science and technology, the scientific researchers of the Naval University of Engineering have made remarkable new achievements in the field of underwater electromagnetic emission technology. This breakthrough not only demonstrates the mainland's strong strength in the field of marine science and technology, but also provides strong technical support for the future development of underwater military equipment.
1. The innovative significance of underwater electromagnetic emission technology
Underwater electromagnetic emission technology, as a new type of weapon launch, has the advantages of fast launch speed, long launch distance and low launch noise. Compared with the traditional compressed air launch method, electromagnetic emission technology can overcome the limitation of water pressure on the launch depth and realize the launch of weapons in deeper waters. At the same time, because no combustion products are produced during electromagnetic emission, it has higher environmental protection and concealment.
2. New achievements of the scientific research team of the Naval University of Engineering
Recently, the scientific research team of the Naval University of Engineering has made a major breakthrough in the research of underwater electromagnetic emission technology. They have successfully developed a new type of electromagnetic launch system, which has key technical characteristics such as precise adjustable thrust and effective control of internal ballistics. In experiments, the system showed excellent performance, enabling a fast and efficient launch of underwater weapons.
3. Technical principles and implementation methods
Through in-depth research on electromagnetic emission technology, the research team of Naval University of Engineering proposed a nonlinear dynamic model of underwater launch system based on hydraulic equilibrium. Through feedback linearization techniques, they transform complex nonlinear systems into pseudolinear systems that are easy to control. On this basis, the research team adopted a variety of control strategies such as proportional-integral-derivative control and sliding mode control to achieve effective control of internal ballistics.
Fourth, technical characteristics and advantages
Compared with the traditional launch method, the new electromagnetic emission system developed by the research team of the Naval University of Engineering has the following significant features and advantages:
Precise and adjustable thrust: Through precise electromagnetic control, the system can adjust the thrust in real time according to the load state to achieve precise control.
Effective control of internal ballistics: By adopting advanced control strategies, the system can effectively control internal ballistics and improve the accuracy and stability of launches.
Fast launch speed: The electromagnetic emission mode has a fast launch speed, which can meet the combat needs of rapid response.
Low emission noise: no combustion products and noise are produced during electromagnetic emission, which has higher concealment and environmental protection.
5. Future development trends and prospects
With the continuous improvement of the strategic position of the ocean, underwater electromagnetic emission technology will play an increasingly important role in the development of military equipment in the future. This breakthrough by the scientific research team of the Naval University of Engineering has undoubtedly injected a strong impetus into the development of underwater military equipment on the mainland. In the future, we are expected to see more new underwater weapons based on electromagnetic emission technology come out, providing a stronger guarantee for the mainland's maritime security.
VI. Conclusion
The major breakthrough made by the scientific research team of the Naval University of Engineering in the research of underwater electromagnetic emission technology is one of the important achievements made by the mainland in the field of marine science and technology. This achievement not only demonstrates the wisdom and courage of mainland scientific researchers, but also points out the direction for the future development of underwater military equipment. We have reason to believe that in the near future, the mainland's marine science and technology will make even more brilliant achievements.