光导纤维信息传感是航空和航天研究的自然产物因其应用于监测复合材料的航空和航天结构物。应用光导纤维传感器是由于其对电磁干扰不敏感性和轻,同时在纤维增强塑料内具有长期稳定性。由多伦多大学的航空航天学科研究院主持的ISIS Canada(加拿大新技术结构智能信息传感)研究已着手新的用传感器标准,收集有局部资讯和独立的规范。它们考虑到 Fiber optic information sensing is a natural product of aeronautics and astronautics research for its applications in aerospace and aerospace structures that monitor composite materials. Optical fiber sensors are used because of their insensitivity to electromagnetic interference and light, while in the fiber reinforced plastic with long-term stability. ISIS Canada (Canada’s New Structural Intelligence Information Sensing), chaired by the University of Toronto’s Institute of Aeronautics and Astronautics, has embarked on a new sensor standard that collects local information and independent specifications. They take into account