摘要
西北区域人工影响天气能力建设项目设计建设的新舟60增雨飞机是集催化作业、云宏微观探测以及实时通信与综合集成显示功能于一体的国家高性能人工增雨飞机。该飞机系统建设中充分汲取了前期东北区域国家增雨飞机研制成果与经验,并在系统供电管理、催化作业能力、探测系统集成、卫星通信功能、设备系统和操作台布局等方面进行了针对性设计改进,通过便捷操作实现对任务系统供电与各分系统的集中控制、综合显示、数据存储共享,并且机载探测、催化、通信各分系统均采用双重或多重备份设计,既保证了机载任务系统先进性设计,同时保证任务系统运行稳定可靠和各项功能的完整实现。
The MA60 precipitation enhancement aircraft developed in the weather modification capability construction project in Northwest China is a national high-performance seeding aircraft integrating seeding operation,cloud physics detection,real time communication as well as comprehensive display.It fully absorbed the successful achievements and experience in the former seeding aircraft construction project in Northeast China,and further improved designs on the task systems power management,seeding capability,detection system integration,satellite communication function,layout of all outside and in cabin instruments and work consoles.Through convenient operation,it can realize power supply to the task system and each subsystem,and the functions of centralized control,comprehensive display and data storage and sharing.The advanced airborne task system was designed by double or multiple backup detecting system,seeding system and communication system,also guaranteed a stable,reliable operation and functional integrity.
作者
张骁拓
胡颖琼
李宏宇
苏海周
周旭
高扬
张荣
Zhang Xiaotuo;Hu Yingqiong;Li Hongyu;Su Haizhou;Zhou Xu;Gao Yang;Zhang Rong(Chinese Academy of Meteorological Sciences,Beijing 100081;Key Laboratory for Cloud Physics of ChinaMeteorological Administration,Beijing 100081;AVIC XAC Commercial Aircraft Co.,Ltd.,Xi’an 710089)
出处
《气象科技进展》
2021年第5期94-101,共8页
Advances in Meteorological Science and Technology
基金
国家重点研发计划课题(2019YFC1510301)。
关键词
人工增雨
任务系统
集成
新舟60
precipitation enhancement
airborne task system
integration
MA60 aircraft
