Research on improving the disturbance resistance ability of radioactive isotope aircraft fuel density measurement
-
摘要: 在介绍利用同位素放射性原理测量航空燃油密度的机理及测量系统构成的基础上,针对测量中出现的同位素射线初始强度发生波动对测量结果造成干扰的现象,提出了2种解决方法(测量结果修正方法和双探测器差动测量方法),并从原理上论述了利用这2种方法提高同位素航空燃油测量系统抗干扰性能和测量精度的可行性.Abstract: The aircraft fuel density measuring system by utilizing the radioactive isotope was introduced. A method of correcting the measuring data and a scheme of twin-detectors measuring system were led by efforts to solve the initial intensity fluctuation of the radioactive source in the measuring procedure. Then the principles of these two solutions were discussed in detail.
-
Key words:
- radioisotopes /
- density measuring method /
- interference protection measurements /
- fuel
-
[1] Ronald L N, Donald J N. Digital fuel quantity indication system for aircraft . AIAA 90-2602,1990 [2] 陈文庚. 从2300系列油量表看数字式飞机燃油测量系统的发展[J] 机载设备及系统,1991,(2):54~55 Chen Wengeng. Development of digital aircraft fuel measuring system viewed from 2300 series meters[J] Aircraft Carried Equipments and Systems, 1991, (2):54~55(in Chinese) [3] 吴学超,冯正永.核物理实验数据处理[M] 京:原子能出版社,1988 Wu Xuechao, Feng Zhengyong. Experimental data process of nuclear physics [M] eijing:Atomic Energy Press,1988(in Chinese) [4] 余瑞芬,传感器原理[M] 京:航空工业出版社,1995 Yu Ruifen, Principle of transducers [M] Beijing:Aviation Industry Press, 1995(in Chinese) -
点击查看大图
计量
- 文章访问数: 3112
- HTML全文浏览量: 48
- PDF下载量: 933
- 被引次数: 0
下载:
