1.
Assessment of the clinical value of B-ultrasound and the imaging performance in diagnosis of ectopic pregnancy
超声诊断异位妊娠的声像图表现及临床价值
2.
The surrounding tissues and ducts were without the phenomenon of compression and destruction. Two cases of hepatic hemangioma(8% ) which acoustic images appeared as round and boundary were distinctness, and the inside low echo had got reticulation echo.
血管瘤2例(8％),声像图表现为圆形,边界清晰,低回声内有网状回声;
3.
The Study of High Frequence Ultrasonography Features and Pathology Bases in Small Breast Neoplasm
乳腺小肿瘤高频声像图表现及病理基础研究
4.
Contrast Study Between Sonographic Features and Pathological Types of Breast Hyperplasia
乳腺增生症声像图表现与病理对照分析
5.
Methods A retrospective analysis of the ultrasonographic characteristics was made of38 patients with subacute thyroiditis.
方法:回顾性分析了38例亚急性甲状腺炎患者的声像图表现特征。
6.
Conclusions Pelvic cavity adhesion post-caesarian seetion has its own ultrasound characteristics. It is very helpful for differential diagnosis.
结论剖宫产术后盆腔粘连声像图表现具有一定特征性,认识这些特征有助于鉴别诊断。
7.
Methods Ultrasonographic features of 30 cases with abruptio placentae were analyzed retrospectively ,and compared with that of pathology.
方法回顾性分析30例经手术证实的胎盘早剥的声像图表现,与病理相对照。
8.
Methods The ultrasonographic images in 76 patients with abruptio placentae were reviewed.
方法 对 76例被临床及病理证实为胎盘早剥的声像图表现进行回顾性分析。
9.
The Analysis of Mono-nodular Goiter and Mono-thyroid Cancer by Sonography;
甲癌及结甲呈单发结节表现的声像图分析研究
10.
Results The ultrasonographic changes of subacute thyroiditis were characterized by thyroid enlargement and diffused or limited low echoes.
结果:亚急性甲状腺炎的声像图特征主要表现为甲状腺肿大及弥漫性或局限性低回声。
11.
Design and Implementation of Data Acquisition System in Imaging Sonar
图像声纳数据采集系统的设计与实现
12.
Implementation of Ultrasound Image Acquisition System Based on S3C2440
基于S3C2440的超声图像采集系统的实现
13.
Design and Realization of Low Noise Four Transistor Pixel CMOS Image Sensor
低噪声四管像素CMOS图像传感器设计与实现
14.
It is concluded that ultrasonic image can be obtained by using medical converter to convert ultrasonic wave into ultrasonic image.
超声图像是可以通过示波器来实现的,利用医用换能器和示波器可以将超声波转换成超声图像。
15.
The Research and Implementation of Digital Image Identifing Technology for Meter;
电能表数字图像识别技术研究与实现
16.
A pictorial or sculptural representation, especially of the human body.
画像、塑像图片或雕塑的表现，特指人体形象
17.
Design and Implementation of Side Scan Sonar Image Processing System Based on ArcEngine Technology;
基于ArcEngine的侧扫声纳图像处理系统设计与实现
18.
The Design and Implementation of Image Processing Card Based on FPGA
基于FPGA的声纳图像处理卡的设计与实现