其中磁体系统包括主磁体、梯度线圈和射频线圈。
Magnet system composed of main magnetic body, gradient coil and radio frequency coil.
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。
Objective To choice the best radiofrequency coil of 3D MR sialography on a Philips 1.
为了解决磁共振成像系统中双调谐射频线圈的设计问题，提出了一个通用等效电路模型。
A generalized equivalent circuit model was developed for both single-tuned and double-tuned radio-frequency(RF) coils for Magnetic Resonance Imaging (MRI) systems.
所述射频线圈系统（34）包括生成磁场（H）和电场（E）的N个 线圈元件（38）。
The radio frequency coil system (34) includes N coil elements (38) which generate magnetic (H) and electric (E) fields.
一种磁共振扫描器(10)包括主磁体(12)、磁场梯度线圈(16)和一个或多个射频线圈(18)。
A magnetic resonance imaging scanner (10) includes a main magnet (12), magnetic field gradient coils (16), and one or more radio frequency coils (18).
用于磁共振成像的射频线圈系统(38)，包括多个平行隔开的横档(60)，每个横档包括横档电容器(68)。
A radio frequency coil system (38) for magnetic resonance imaging includes a plurality of parallel spaced apart rungs (60) which each includes rung capacitors (68).
丝蛋白基质上的无线射频识别线圈能够显示食物何时会变质。
An RFID coil made on silk substrate and gold that can help tell when food goes bad.
本发明提供了一种磁共振成像系统的冷却方法及装置，所述磁共振成像系统包括一个磁 体，一个梯度线圈以及一个射频控制台。
The invention provides a cooling method and a device of a magnetic resonance imaging system. The magnetic resonance imaging system comprises a magnet, a gradient coil and an RF control console.
一种耦合式天线装置与射频读取装置，其中耦合式天线装置包括一基板、一天线线圈及一导磁体。
The invention provides a coupled antenna device and a radio frequency reading device. The coupled antenna device comprises a substrate, an antenna coil and a magnetizer.
本课题研究的射频发射线圈是其中重要的组成部分，在射频子系统实现其功能的始终都起着重要的作用。
The RF coil researched in this thesis is a part of radio frequency subsystem, which plays an important role in function realization of radio frequency subsystem.
本文重点介绍了八通道射频发射线圈的设计方法及其如何改善B1发射场的空间不均匀性，改善图像质量的。
In this paper, we focus on the design method of the RF coil and how to improve the homogeneity of the B1 transmit field and the quality of the image.
本文重点介绍了八通道射频发射线圈的设计方法及其如何改善B1发射场的空间不均匀性，改善图像质量的。
In this paper, we focus on the design method of the RF coil and how to improve the homogeneity of the B1 transmit field and the quality of the image.
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