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南京航空学院无人机研究所研制成功的“航空发动机试车数据采集和处理系统”于1986年11月通过了航空工业部组织的技术鉴定。它的研制成功,实现了发动机试车数据采集和处理自动化,摆脱了人工判读、手工计算和绘图的落后状态,並解决了多年未能解决的发动机动态测量问题。该系统实现以微型计算机为中心的航空发动机试车数据采集和处理自动化,不仅可以对
Nanjing Institute of Aeronautical Research Institute of UAV successfully developed “Aeroengine test data acquisition and processing system” in November 1986 adopted the Ministry of Aviation Industry Organization of the technical appraisal. The successful development of this system has enabled the automation of data acquisition and processing of engine test runs, getting rid of the backwardness of manual interpretation, manual calculation and drawing and solved the problem of engine dynamic measurement that has not been solved for many years. The system to achieve micro-computer-aero test engine data acquisition and processing automation, not only can