近年来,防御系统的发展正日益趋向于使用一种能适应战场环境的新方法。将来的高度集成化的防御系统将能检测和处理多种输入信号,并对各种敌方威胁作出更快、更精确的反应。新材料和材料处理加工技术是实现这些预想系统的基础。某些至今仍处于彼此竞争的技术将组合到设备的子系统中,比如硅和砷化(石家)可以集成在通常的基底上,使得光电信号在一 In recent years, the development of defense systems is increasingly adopting a new method that can adapt to the battlefield environment. Future highly integrated defense systems will detect and process multiple inputs and react faster and more accurately to a variety of enemy threats. New materials and material handling technology are the cornerstones for implementing these predictive systems. Some of the technologies that are still competing with each other will be integrated into the subsystems of the device, such as silicon and arsenic (SiGe) can be integrated in the usual substrate, so that the photoelectric signal in a