1.
Correlative Study Between Identifications and Signal Intensity Ratio (SIR) of the Small Focal Hepatic Lesions
肝脏局灶性小占位的磁共振信号强度比与病灶性质的相关性
2.
Clinical Study on Evaluating Pituitary Adenoma Texture by Preoperative MR Signal Intensity;
术前磁共振信号强度判断垂体腺瘤质地的临床研究
3.
Analysis of Signal Intensity and Enhancement Patterns of Early Arterial Phase of Small Hepatic Nodular Lesions on MRI
磁共振信号强度与动脉早期强化模式诊断肝脏小结节病灶的价值分析
4.
Preoperative MR Signal Intensity Prediction of Pituitary Adenomas Consistency and the Gene Expression of Promote Fibrosis Factors in Pituitary Adenomas;
术前磁共振信号强度预测垂体腺瘤质地及垂体腺瘤中致纤维化因子的基因表达
5.
Radio Frequency Section with Electron Spin Resonance Signal Determination to Map the Magnetic Field Strength
用射频段电子自旋共振信号图测定地磁场强度
6.
The Relationship of Signal Intensity Changes of Liver Parenchyma with Liver Fibrosis/cirrhosis on SPIO Enhanced MRI: An Experimental Study;
大鼠肝硬化SPIO增强磁共振肝脏信号强度变化与病理对照研究
7.
nuclear magnetic resonance signal survey system
核磁共振信号观测系统
8.
MR signal can be "weighted" to accentuate some properties and not others.
磁共振信号能够被“加强”以增加某些性质及减弱其它的性质。
9.
IMPLEMENTATION OF FAST MR IMAGING USING EXTRAPOLATION OF SIGNALS
利用信号外推实现磁共振快速成像
10.
MRI Signal Variances of Intracranial Calcifications
颅内钙化磁共振信号变化的临床观察
11.
Analysis of FID Signal in Pulse NMR Experiment;
脉冲核磁共振实验自由衰减信号分析
12.
A New Method for Multi-exponential Inversion of NMR Relaxation Signal
核磁共振弛豫信号多指数反演新方法
13.
Study of Signal Model of Magnetic Resonance Response and Localization Method of Brain Functional MRI
磁共振响应信号的模型与脑功能定位的磁共振方法研究
14.
Methods to obtain distinct resonant signal with permanent magnet in unclear magnetic resonance;
永久磁铁核磁共振实验仪如何获得清晰的共振信号
15.
differential nuclear magnetic resonance magnetometer
差动式核磁共振磁强计
16.
MR images revealed increased signal in basal ganglia, which worsened over the two month time interval between images.
磁共振影像显示基底节增强的信号，在间隔2个月后的影像上可以看到病变进一步恶化。
17.
Cognition and Realization of NMR Signal Detection Circuit for Oil Well-Logging System;
核磁共振测井仪信号检测电路设计与实现
18.
Design and Implementation of MRS Signal Full-wave Acquisition System
核磁共振信号全波采集系统的设计与实现