首页> 外国专利> VECTOR MAGNETOMETER ACCORDING TO THE BASIS OF DISK ZIG OF RESONATOR AND METHOD FOR DETERMINATION OF VECTOR OF MAGNETIC FIELD

VECTOR MAGNETOMETER ACCORDING TO THE BASIS OF DISK ZIG OF RESONATOR AND METHOD FOR DETERMINATION OF VECTOR OF MAGNETIC FIELD

机译:根据谐振器盘形曲折的矢量磁强计和确定矢量磁场的方法

摘要

1. Magnetometer comprising a generator with an active element and a feedback line, a resonator based on yttrium iron garnet as a frequency control element placed in the feedback line oscillator frequency, which input is connected to the generator output calculation unit, the connector board for transmitting the results frequency measurement of the frequency in the calculation unit, a magnetic system to transfer in a single domain mode resonator, wherein the resonator is selected as a disk type resonator [111] the three-axis leg th magnetization, and the magnetic system consists of two, located near the resonator such inductors way that their axes are oriented at an angle of 120 ° with its vertex in the geometric center of the cavity connected to the generator of rectangular current pulses, wherein one of the coils is connected to the source through the inverter .2. A method of determining the vector of the external magnetic field by means of a generator with frequency control disc cavity based on yttrium iron garnet in line feedback, comprising creating a magnetizing field along the first easy axis of the resonator, measurement of the first component of the generator frequency of the external magnetic field directed along a first axis of easy magnetization cavity, characterized in that then create a magnetizing field along the second axis of easy magnetization cavity disposed n od angle 120K first oscillator frequency is measured by the second component of the external magnetic field directed along the easy axis of the second cavity, define the vector external magnesium
机译:1.一种磁强计,包括:具有有源元件的发电机和反馈线;基于钇铁石榴石作为频率控制元件的谐振器,放置在反馈线振荡器频率上,该输入连接到发电机输出计算单元,用于在计算单元中传输结果频率的频率测量结果,在单域模式谐振器中传输的磁性系统,其中选择该谐振器作为盘型谐振器[111],将三轴腿部磁化强度作为磁化,由两个位于谐振器附近的电感器组成,这种电感器的轴的轴线与腔体几何中心的顶点成120°角,并与矩形电流脉冲发生器相连,其中一个线圈与矩形电流脉冲发生器相连。源通过逆变器.2。一种通过带有频率控制盘腔的发生器基于钇铁石榴石在线反馈确定外部磁场矢量的方法,该方法包括沿谐振器的第一易轴产生磁化场,测量谐振器的第一分量沿易磁化腔的第一轴指向的外部磁场的发生器频率,其特征在于,沿易磁化腔的第二轴沿设置的角度为120K的第一振荡器频率产生一个磁化场。沿第二腔的易轴指向的外部磁场定义了矢量外部镁

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