1) RF receiving coil
射频接收线圈
1.
Improving the signal noise ratio (SNR) of the RF receiving coil can improve the image quality.
射频接收线圈是磁共振成像系统输入通道的第一级,提高接收线圈的信噪比可以提高系统的图像质量。
2) transmitter-receiver coil pair
发射-接收线圈对
3) wireless RF receiver
无线射频接收机
4) RF coil
射频线圈
1.
RF coil tuning and matching;
射频线圈的调谐和匹配(英文)
2.
A RF coil (or probe) is one of the key components in NMR spectrometers and MRI systems, and designing a quality RF coil is a cheaper way to improves the signal-to-noise ratio (SNR) of systems and image quality.
根据不同用途,磁共振射频线圈可以分为许多种。
3.
Physical essentially nature of MRI RF coil is discussed in this paper.
阐述了MRI射频线圈的工作原理,指出与梯度线圈、主线圈的本质区别在于前者工作于谐振状态,而后者工作于非谐振状态。
5) Radiofrequency coil
射频线圈
1.
Objective To choice the best radiofrequency coil of 3D MR sialography on a Philips 1.
目的通过对比研究探讨最适合于三维薄层磁共振涎管造影的射频线圈。
6) RF coils
射频线圈
1.
This paper presents an inverse design approach of RF coils with arbitrary conductor patterns to optimize the signal-to-noise ratio (SNR) at a point of interest.
射频线圈是磁共振成像系统中拾取信号的核心元件。
补充资料：高莱线圈
分子式：
CAS号：
性质：又称匀场线圈(shimming coil)。在核磁共振谱仪中用于补偿主磁场的微小变化。线圈直径为2.5cm。将磁极面上的该线圈通入电流，产生附加的小磁场，便可维持样品周围磁场的均匀性。
CAS号：
性质：又称匀场线圈(shimming coil)。在核磁共振谱仪中用于补偿主磁场的微小变化。线圈直径为2.5cm。将磁极面上的该线圈通入电流，产生附加的小磁场，便可维持样品周围磁场的均匀性。
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