本文对基于地磁探测的弹丸滚转角辨识系统关键技术进行系统的研究。
This paper research the key technology of projectile rolling Angle identification system based on geomagnetism detection.
本文研究的主要目的是将地磁探测技术与GPS技术应用在二维弹道修正引信上。
The purpose of the research of this paper is to grope for the application of the technology of geomagnetism detection and GPS in "two-dimensional trajectory correct fuze".
介绍了基于地磁探测的弹丸滚转角辨识原理，进行了滚转角辨识系统静态与动态试验。
The principle of roll angle determination for projectile based on geomagnetism detection was introduced, the static and dynamic experiments for roll angle determinatio.
这种方法能探测到脑细胞电活动发出的磁信号——一种信号的强度只相当于地磁场的一万亿分之一。
It detects magnetic signals that are produced by the electrical activity of brain cells—and which have about a billionth of the strength of the Earth's magnetic field.
在磁性目标探测中用这种方法可以提取出隐藏在变化地磁场中的弱目标信号。
Using this method, the faint object signal hided in the geomagnetic disturbance can be extracted.
理论研究与高空探测结果表明，地磁层的边界在太阳风的作用下将发生形变，形成一个水滴式的界面。
Under the action of solar wind, the magnetosphere boundary is generally deformed like a falling water drop. Theoretical investigations as well as space explorations verify this conjecture.
本工具结合多位多年从事地震探测与研究的专家的经验，实时识别岩石圈地磁场异常信号， 具有较强实用价值。
This app combines a number of years engaged in seismic exploration experience of the experts, real-time identify the abnormal signal of magnetic field of earth, it has a strong practical value.
本工具结合多位多年从事地震探测与研究的专家的经验，实时识别岩石圈地磁场异常信号， 具有较强实用价值。
This app combines a number of years engaged in seismic exploration experience of the experts, real-time identify the abnormal signal of magnetic field of earth, it has a strong practical value.
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