首页> 外国专利> An apparatus for online Detection of Magnetic Resonance signals from a Target material in a Mineral slurry

An apparatus for online Detection of Magnetic Resonance signals from a Target material in a Mineral slurry

机译:用于从矿浆中的目标材料在线检测磁共振信号的设备

摘要

Provided is a device for online Detection of Magnetic Resonance signals from a Target material in a MINERAL MUD, comprising (i) an electrically Conductive housing.(ii) an electrically non-conductive pipe (ENC) to allow the flow of a Mineral slurry through the Housing and configured to electrically Conductive,(iii) a First Primary Coil configured to encompass a Section of the electrically non-conductive Pipe inside the casing.Each Primary Coil defines a measurement area (iv) a Condenser Unit coupled to a primary Coil Terminal of each respective where we Select a value of the value of each Unit of COndensador, so that resonance in series of a primary Coil is formed close to the value of the magnetic resonance frequency of the target material.(V) a RF Transmitter that works to convey a Signal to one or More Electrical Networks of excitation coils,Where an operating frequency of the transmitter Frequency is approximately equal to the magnetic resonance frequency of the target (VI) at least a First Drive CoilAnd a Network of Associated Electrical excitation coils,Where the amount of excitation coils is equivalent to the amount of primary coils and where each Network and Associated Electrical Drive Coil of excitation coils are positioned in relation to aA primary Coil magnetically coupled to the primary Coil to the Drive Coil Impedance (vii) a Monitor coupled to each Grid of excitation coils and functionTo measure the input Impedance of the Electric Network of Complex excitation coils (viii) and a RF receiver adapted to receive from the front or from each Electric NetworkOf excitation coils, magnetic resonance signals from the target, the RF receiver forming a Signal output of the signals detected.
机译:提供一种用于在线检测来自矿物质泥​​浆中目标材料的磁共振信号的设备,该设备包括(i)导电外壳。(ii)不导电管道(ENC),以使矿浆流过(iii)第一初级线圈,该初级线圈配置为将不导电管道的一部分包裹在壳体内部。每个初级线圈都定义一个测量区域(iv)与初级线圈端子耦合的冷凝器单元分别选择每个Condensador单位的值的值,以使初级线圈的串联谐振形成为接近目标材料的磁共振频率的值。(V)有效的RF发射器传送信号到一个或多个励磁线圈网络,其中发射器的工作频率至少等于目标(VI)的磁共振频率第一驱动线圈和相关联的励磁线圈网络,其中励磁线圈的数量等于初级线圈的数量,并且励磁线圈的每个网络和相关电气驱动线圈的位置与磁耦合到主线圈的初级线圈有关初级线圈到驱动线圈的阻抗(vii)与激励线圈的每个网格耦合的监视器和功能测量复杂激励线圈的电网的输入阻抗(viii)和适合从正面或从每个电气接收的RF接收器网络的励磁线圈中,来自目标的磁共振信号,射频接收器形成被检测信号的信号输出。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号