飞行体的姿态测试方法有许多种，如太阳方位角传感器遥测、高速摄影法、地磁传感器等。
There are many methods to measurement the flying attitude, such as solar attitude angle sensor, high-speed photography and geomagnetic field sensor.
地磁传感器测量的数据不仅用于解算弹体飞行姿态，同时可通过计算给出点火脉冲发动机选择的方向基准。
The data measured by magnetic sensor can be used in calculating the flight attitude of the projectile and giving the direction benchmark of firing pulse jet.
针对于目前地磁传感器测量精度较低，将其信息直接用于飞行器再入段定高误差较大的问题，提出了一种在线预测进行定高的方法。
Against the big error of height determination for the reentry vehicle because of the information provided by low precision geomagnetic sensor, a novel real-time prediction method is proposed.
为了测试火炮弹丸飞行姿态，采用捷联式地磁—太阳方位传感器，利用地磁场和太阳方位作为参照物，解算弹丸飞行姿态。
For use in the attitude measurement of artillery projectiles, a strap-down type geomagnetism and solar direction sensor is made use of to decide the attitudinal data.
地磁式转数传感器的盲区问题在理论上是客观存在的。
The problem of blind area of geomagnetic turns sensor exists theoretically.
传感器：地磁、温湿度、加速度等各种传感器的驱动及应用软件的开发，以及中国区客户的技术支持。
Sensor devices: driver and application software development of sensor devices such as magnetic, humiture, acceleration and other kinds, as well as the technical support for customers in China.
目前的井眼轨迹方位角测量技术主要靠磁通门传感器，这种技术受地磁场及测量体周围金属管体的制约。
At present, hole trajectory azimuth Angle is measured mainly with magnetism sensor, but which is restricted by magnetic field and the metal tube around the surveying equipment.
结果表明：该地磁方位传感器可应用于高过载旋转飞行体的姿态测量。
Result show: this earth magnetic field orientation sensor can be used to detect attitude of high-load rotating flight body.
从而证明了这种焊枪高度跟踪检测传感器明显地受地磁地影响。
Therefore it proved that the sensors of height tracing of the welding torch is influenced evidently.
初速时测技术可通过炮口线圈测速、外推法、弹载传感器及地磁计转数法实现。
Measuring velocity technology can be actualized by muzzle loops, extrapolating method, on-board sensor and GMR (the giant magnetic resistance) turns-counting.
实验结果表明，用该磁阻传感器测量地磁场，测量方法实用性强，精确度较高。
The experimental results indicate that the viability and precision may be achieved by this sensor in measuring the infirm magnetic field.
更搭载了地磁、重力、环境光、接近、加速度、陀螺仪等多种传感器。
It also integrates a number of advanced sensors, including gravity, accelerometer, magnetie, gyroscopes, light, proximity sensors and so on.
为实时准确获取弹体俯仰和滚转参数，提出一种利用磁阻传感器获取地磁场强度，结合微机电陀螺精确求解弹体姿态的方法。
To acquire projectile body pitch and roll parameters on real-time, put forward a new projectile body attitude method, using to obtain geomagnetic field intensity and combine microcomputer gyroscope.
该磁性传感器被用作为例如磁盘装置这样地磁性记录装置中地磁性读取头。
The magnetic sensor is used as a magnetic read head in a magnetic recording apparatus such as magnetic disk apparatus.
该磁性传感器被用作为例如磁盘装置这样地磁性记录装置中地磁性读取头。
The magnetic sensor is used as a magnetic read head in a magnetic recording apparatus such as magnetic disk apparatus.
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