摘要
多功能、高精度、高可靠性等是现代靶场测量雷达的发展方向,因此,具有自检测、自补偿、自诊断、自修复、自适应功能的智能化雷达结构技术变得愈发重要。雷达结构智能化可以极大地弥补传统结构设计和机械加工手段的不足,显著提高雷达的精度和效能。目前,智能化已成为雷达结构技术发展的重要趋势。文中介绍了雷达结构的智能化要点、需求、技术难点及其发展状况,阐述了雷达的典型结构健康监测方法及其技术特征,讨论了雷达精度补偿的实现方法。
Multi-function, high precision, high reliability and so on are the development direction of modem missile-range-instrumentation radar. Therefore, intelligent radar structure technology with the capabilities of self-testing, self-compensation, self-diagnosis, self-repair, self-adaptation becomes more and more important. Intelligent radar structure can greatly make up for the shortcomings of traditional structure design and machi- ning and significantly improve the precision and efficiency of radar. Nowadays, intelligent structure has become an important direction of radar structure development. This article introduces the key points and requirement of intelligent radar structure, as well as the technical difficulties and the development status. The health monitoring method and the technical features of typical radar structure are described. The implementation of radar precision compensation is discussed.
出处
《电子机械工程》
2014年第3期1-3,15,共4页
Electro-Mechanical Engineering
关键词
高精度
智能化雷达结构
精度补偿
high precision
intelligent radar structure
precision compensation