1.
Color Doppler flow imaging (CDFI), in patient group, showed the markedly increased flow signals bright in bundle in epididymis.
③血流超声显示附睾内血流信号较丰富 ,血流色彩明亮 ,多呈条束形 ;
2.
Research and Development of the Bilateral Encephaloblood-fluidity Signal and Monitor;
双侧脑血流监护仪的设计与脑血流信号处理方法的研究
3.
3)few and sca ttlred color Dopper flow signal could be found in most cases(37/42).
3.瘤体内多数可探及稀疏点状血流信号 (37/ 4 2 )。
4.
Wavelet analysis of laser Doppler perfusion signal in risk area for pressure ulcer
压疮易患组织的激光多普勒血流信号小波分析
5.
A New Method to Remove Baseline Drift in Cerebral Blood Flow Signal
一种消除脑血流信号中基线漂移的新方法
6.
Intraductal papilloma. Cineloops show ascularization.
乳腺导管内乳头状瘤，电影回放显示其内有血流信号。
7.
In this areas,the CDFI showed colour blood stream signal in alternating with multicolored.
CDFI可显示该区域不同方向的多色相间的彩色血流信号。
8.
A color flow with arterial spectrum was detected in 9 lesions (69%),and radiated wheal like color flow was visualized in 3 lesions (23%).
3例彩色多普勒显示动脉频谱者占69%,呈轮辐状血流信号者占23%。
9.
Spectrum analysis of human blood flow Doppler signals with a time-spatial converter
利用时-空变换的调制光栅对人体多普勒血流信号进行频谱分析
10.
The development of a microprocessor-based spectral analyzer for pulsed Doppler blood flow signals
用微处理器控制的脉冲超声多普勒血流信号谱分析仪的研制
11.
Computerized Analysis for Placenta Ultrasonic Image Characterization and Umbilical Blood Flow Doppler Signal
计算机辅助分析胎盘超声图像及脐血流信号的实验与临床研究
12.
Analysis of Radial Arterial Ultrasonic Blood Flow Signal and Its Application in Medical Diagnosis;
桡动脉超声血流信号分析及在疾病诊断中的应用
13.
A Correlation Clinnical Study of Breast Cancer on Symptom in TCM and the Blood Stream Characters by Colorful Doppler
乳腺癌中医辨证分型与CDFI血流信号相关性临床研究
14.
Compressible non ascularized reflectie material in a widened lactiferous duct. Puncture reealed only signs of infection but no papilloma or carcinoma.
扩张的输乳管可压缩，其内有无血流信号的低回声物质，穿刺显示仅有感染征象，无乳头状瘤或癌。
15.
Adenosis with a complex partly cystic ascularized mass with calcifications. No signs of malignancy were found.
腺病，复杂的部分呈囊性的团块伴多发钙化灶，内见血流信号，无恶性征象。
16.
The principle and method of blood flow measurement with pseudo-random signal ultrasonic Doppler
伪随机信号超声多普勒血流测量的原理和方法
17.
The process begins when cells in the pons start producing a flood of electrochemical signals.
当脑桥细胞开始产生一种带有电化学信号的血流时，梦即开始。
18.
Study and Development of a USB-based Data Acquisition System for Impedance Cardiography Signals;
基于USB接口的胸阻抗血流图信号采集系统的研究与开发