磁强计,magnetometer
1)magnetometer[英][,m?gni't?mit?][美][,m?gn?'tɑm?t?]磁强计
1.Principle and research progress of resonant MEMS magnetometer;谐振式MEMS磁强计原理与研究进展
2.An Algorithm for Micro-Satellite Attitude Determination Using Solar Panels and Magnetometer;基于太阳电池板与磁强计的小卫星姿态确定算法研究
3.Micro-Satellite Attitude Determination Based on Magnetometer;基于磁强计的微小卫星姿态确定
英文短句/例句

1.differential nuclear magnetic resonance magnetometer差动式核磁共振磁强计
2.miniature fluxgate magnetometer小型磁通闸门磁强计
3.An instrument for measuring the intensity and direction of a magnetic field.磁强计测量磁场的强度和方向的工具
4.electronic spin resonance magnetometer电子自旋共振磁强计
5.torque coil magnetometer力矩 线圈式磁强计
6.rotation or vibrating coil magnetometer旋转或振动线圈磁强计
7.micropower fluxgate magnetometer微功率磁通量闸门磁强计
8.Hardware Correction Method on Bridge Bias of Magnetic Resistance Magnetometer弹载磁阻式磁强计桥偏硬件补偿方法
9.Design for Integrated Navigation System Based on MEMS SINS and Magnetometer;MEMS SINS/磁强计组合导航系统设计
10.Study of Feedback Coils and Magnetic Core Tempreture Effect of Fluxgate Magnetometer;磁通门磁强计的反馈线圈设计及磁芯温度效应研究
11.THE DEVELOPMENT OF THE HTS RF SQUID MAGNETOMETER AND ITS APPLICATION TO TEM高温超导磁强计研制及在瞬变电磁法中的应用
12.Research of Multivibrator Magnetometer Based on Amorphous Core;基于非晶磁芯的多谐振荡磁强计的研制
13.Martian Space Environment Magnetic Field Investigation--High Accuracy Magnetometer火星空间环境磁场探测研究——高精度磁强计
14.The Simulation of a New Type of Horizontal MEMS Tunneling Magnetometer;一种新型水平式MEMS隧穿磁强计仿真
15.Modeling and Simulation of MEMS Surface Resonant MagnetometerMEMS水平谐振式磁强计的建模与仿真
16.Research on correction of tri-axial magnetometer based on FLANN基于FLANN的三轴磁强计误差校正研究
17.A method for calculating the motion angle of linkages using magnetometers and accelerators应用磁强计和加速度计的连杆运动角度计算
18.Martian space environment magnetic field research:Development and application of the YH-1 precision magnetometer火星空间环境磁场探测研究——“萤火1号”磁强计的研制与应用
相关短句/例句

magnetoresistance magnetometer磁阻磁强计
3)SQUID magnetometerSQUID磁强计
4)MEMS based magnetometer微磁强计
5)nuclear magnetometer核磁强计
6)rubidium magnetometer铷磁强计
延伸阅读

磁强计(magnetometers)磁强计(magnetometers)由于约瑟夫森效应的超导电流对磁场很敏感,利用这种效应来精细测量磁场的装置称磁强计,包括直流SQUID和射频SQUID等在内实际上均是磁强计的一种。由于精密的磁强计现已达到可测量10-11高斯的磁场灵敏度,所以可用来探测磁场很小变化的位移,如可用来作生物磁信号,医疗磁性诊断和引力波等的研究等。它的应用范围很广,如磁心脏探测器,重力仪,探测含磁性的矿,作相关的监视器和检测器等等。