1.
Quality analysis of magnetic resonance fetography with a single-shot thick-slab turbo spin-echo sequence
单层厚块单次激发快速自旋回波重T_2加权序列胎儿成像质量分析
2.
MR Hydrography of Pancreatobiliary Tracts: Comparison between Heavily T_2-weighted and Projection Single-shot Fast Spin-echo Sequences
胰胆管磁共振水成像:快速自旋回波单激发与重T_2序列对照研究
3.
Study of Self-Navigation Fast Spin Echo Technology at Low Field MR Scanner
![点击朗读](/dictall/images/read.gif)
低场自导航快速自旋回波技术的研究
4.
Implementation of Self-navigated Motion Correction Fast Spin Echo Technique at Low Field MRI System
自导航快速自旋回波在低场MRI上的实现
5.
Value of Gadolinium-Enhanced Dual Echo Fast or Turbo Spin Echo MR Imaging in Revealing Enhancing Intracranial Lesions;
钆增强快速双回波自旋回波序列MRI在颅内强化病变检出中的价值
6.
INVESTIGATION OF HIGH CYCLOTRON HARMONICS IN BERNSTEIN MODE GYROKLYSTRON
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伯恩斯坦模回旋速调管高次回旋波的研究
7.
MRI examination was performed with a 1.0 tesla superconductive magnetic field, and processed with turbo spin echo sequence.
MRI平扫和增强检查在 1.0T超导磁场中完成 ,采用快速自旋回波序列。
8.
STUDIES ON 8mm SECOND HARMONIC GYROKLYSTRON AMPLIFIER
![点击朗读](/dictall/images/read.gif)
8mm二次谐波回旋速调放大器的研究
9.
Low single stimulate rapid sequence field application in the head
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低场单次激发快速序列在危重病人头颅中的应用
10.
Theory of the Parametric Excitation of Spin Waves and Acoustic Waves in Ferrites
![点击朗读](/dictall/images/read.gif)
铁氧体中自旋波声波参量耦合激发理论
11.
single-crystal spinflip laser
![点击朗读](/dictall/images/read.gif)
单晶自旋反转激光器
12.
(of an engine)revolve;increase the speed of revolution
![点击朗读](/dictall/images/read.gif)
(指发动机) 旋转,加快转速.
13.
If the rapid shock-wave mechanism were operative, the excited molecules would have a substantial translational velocity.
如果快速冲击波机制起作用,激发分子将有显著的平移速度。
14.
Forcing Mechanisms and Mesoscale Structures of An Rapidly Developing Extratropical Cyclone
一次出海快速发展气旋的动力学及中尺度结构特征分析
15.
A Fast Wavelet Analysis Algorithm Based on Rotation Angle Series
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旋转角序列小波分析快速算法(英文)
16.
94GHz SECOND-HARMONIC COMPLEX CAVITY GYROTRON WITH GRADUAL TRANSITIONS
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94GHz二次谐波渐变复合腔回旋管
17.
Study on 94 GHz Second-harmonic Wave Tapered Complex Cavity Gyrotron
![点击朗读](/dictall/images/read.gif)
94GHz二次谐波渐变复合腔回旋管研究
18.
A Fast Novel Simulation Model for Wireless Fading Channels Based on AR Models
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一种基于自回归AR模型滤波的快速无线衰落信道仿真模型