1) superconducting receiving coil
超导接收线圈
1.
To investigate the relationship between the quality factor of a receiving coil made from specified superconducting material and resonant frequency in MRI system,a simulation model was developed using the HF software Ansoft HFSS and according to the size of the experimental setup of Bi2223/Ag superconducting receiving coil.
为了便于研究超导接收线圈的品质因数与谐振频率之间的关系,运用Ansoft HFSS高频电磁仿真软件,按照Bi2223/Ag超导接收线圈的实验装置建立了仿真模型,分析得到了谐振回路的频率特性曲线,仿真结果与实验结果基本一致。
2) superconducting coil
超导线圈
1.
The limiter consists of a superconducting coil,a diode bridge and a bias voltage supply.
将其接入电网,当电力系统正常运行时,超导体电阻几乎为零,对电力系统运行无影响;当电网发生短路故障,超导线圈被自动串入线路,从而限制了短路电流,使得轻型断路器可以正常动作。
2.
The limiter consists of a superconducting coil, a diode bridge and a bias voltage supply.
超导故障限流器与常规限流电抗器不同之处是:将其接入电网,当电力系统正常运行时,超导体电阻几乎为零,对电力系统运行无影响;当电网发生短路故障时,超导线圈可以无时延地被自动串入线路,从而限制了短路故障电流,使得轻型断路器可以正常动作。
4) receiving coil
接收线圈
1.
Analysis of the receiving coil's transitional process in TEM
瞬变电磁法中接收线圈过渡过程分析
2.
Electrical parameters of coils are tested first,then the transmitting and receiving coils are combined into a transformer module,which is tested quantitatively through the air and the skin.
通过对印刷电路板(printed circuit broad,PCB)平面螺旋线圈电学参数及其互感耦合的理论分析,确定发射、接收线圈几何参数的取值。
5) receiver coil
接收线圈
1.
Based on electrocircuit theory,the equivalent circuit of receiver coil is established,and then the frequency characteristic of receiver coil is analyzed.
运用电路理论建立接收线圈的等效电路;分析接收线圈的频率特性;探讨多匝小线圈的带宽对探测效果的影响,线圈的谐振频率较高,截止频率也相应较高,可以提高地下浅层的分辨率;设计一种高带宽多匝接收小线圈,通过对比高、低带宽接收线圈对同一断层进行的实测结果,阐明了接收线圈带宽在浅层瞬变电磁探测中的重要性。
6) Receiver Coil
接收器线圈
补充资料：超导
在一定温度下导体电阻和导体内磁感强度突然变为零的现象。具有零电阻性和完全抗磁性的导体称超导体。导体从正常态过渡到超导态时的温度叫做临界温度或转变温度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条