1) real-time tri-plane imaging
实时三平面成像
2) Real-time triplane strain rate imaging
实时三平面应变率显像
1.
Conclusions Real-time triplane strain rate imaging can assess left ventricular long-axis systolic function correctly in patients with EH and its alteration during left ventricular geometri
目的应用实时三平面应变率显像检测原发性高血压患者左心室重构进展过程中长轴收缩功能的变化,并进一步探讨其临床应用价值。
3) Real-time Tri-plane
实时三平面
1.
Assessment of left ventricular volumes and systolic function by real-time tri-plane echocardiography in patients with dilated cardiomyopathy and coronary artery disease;
实时三平面超声心动图评价扩张型心肌病、冠心病患者左室容积及收缩功能
2.
Quantitative evaluation of mitral regurgitation by real-time tri-plane echocardiography;
实时三平面超声心动图定量评价二尖瓣反流的临床研究
3.
Real-time tri-plane echocardiography for evaluating left ventricular function;
正常人左室功能的实时三平面超声心动图评价
4) real-time three-dimensional imaging
实时三维成像
1.
This article discusses the application of laser scanning equipment,software algorithms,to achieve the real-time three-dimensional imaging method of the bulk stockpile.
本文论述了应用激光扫描仪器,通过软件算法,实现对散货料堆的实时三维成像方法。
5) real time imaging
实时成像
1.
A technique of upgrade and reconstruct conventional X-ray detector are introduced for digital real time imaging.
本文介绍了一种将常规X光探伤机升级改造为数字化实时成像系统的方法。
2.
According to applying sub aperture process to the BP algorithm, a practical real time imaging algorithm(Local BP algorithm) is presented.
通过将子孔径思想应用于BP算法 ,给出了一种实用的实时成像算法 (LocalBP算法 ) ,该算法同BP算法相比 ,成N×N点的图像 ,运算量可减少 ,同时该算法具有良好的并行及流水实现结
3.
Based on the Equi intensity principle in real time imaging, the quadric surfaces are put into two categories—the ruled and the non ruled quadric surface.
基于二次曲面的等灰度实时成像原理,将二次曲面分成直纹面和非直纹面两类,针对直纹曲面等灰度线的特点,提出了一种非常简洁、有效的二次直纹曲面的实时成像算法。
6) real-time imaging
实时成像
1.
SAR real-time imaging algorithm based on coherent subaperture;
基于相参子孔径的SAR实时成像方法
2.
The function and principle of corner turning memory CTM for Synthetic Aperture Radar (SAR) real-time imaging is discussed,its implementation based on SDRAM is presented.
论述了合成孔径雷达(Synthetic Aperture Radar,SAR)实时成像处理转置存储器(Corner Turning Memory,CTM)的功能和原理,提出了一种基于SDRAM的星载SAR星上实时成像处理CTM系统实现方案。
补充资料:单次激发回波平面成像
单次激发回波平面成像
磁共振成像术语。磁共振快速成像的方法之一。仅使用一次射频(RF)脉冲激励来获得图像的回波平面成像(EPI)方式。在EPI数据采集过程中令读出梯度快速往返振荡,产生一个相位编码彼此独立的梯度回波链,最终形成一幅图像。单次激发EPI采集时间短,一般仅为50~100ms,但存在着信号强度低、空间分辨率低、视野受限、磁敏感性伪影明显等缺点,这些缺点随技术的进步正在不断地克服。
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