radioscopy
英
美
网络 射线实时成像技术; 射线实时成像检测; 实时成像; X射线实时成像法
英英释义
noun
- (radiology) examination of the inner structure of opaque objects using X rays or other penetrating radiation
双语例句
- Images stitching is very important in the process of radioscopy.
在应用射线进行构件检测的过程中，图像拼接具有重要的作用。 - Evaluation and Control of Image Quality for X-ray Linear Array Detector Line Scan Digital Radioscopy System Based on Image Intensifier
数字化射线扫描成像中的图像评价与控制图像增强器式线阵列X射线数字成像系统 - This Paper introduces the theory, architecture and implementation of the microfocus X-ray radioscopy scan-ning control and image acquisition system.
文章介绍了微焦点X射线成像扫描控制与数据获取系统的原理、软硬件结构以及实现技术。 - Radioscopy Applying to Thin-wall Laser Jointing Rings
薄壁圆环激光焊缝X射线实时成像检测应用 - The measurement result and experiment show that CMI X IS has some characteristics of lower noise of dark output voltage, larger responsivity, higher output voltage and wider dynamic range. CMI X IS can be used for X ray real time radioscopy inspection fields.
测试结果和实验表明，CMIXIS具有较低的暗噪声、较大的响应度、较高的输出电压和较宽的动态范围，可以应用于X射线实时成像检测领域。 - Method: Barium swallow radioscopy were performed in 30 cases with neurogenic swallowing dysfunction before and after rehabilitation training.
方法：30例患者分别于康复治疗前和康复治疗后行吞钡造影，观察吞咽的动态过程及其障碍发生的不同时相。 - The X-ray image sensors used in the X-ray real-time radioscopy imaging system produced by OEM in China are mainly imported.
而国内生产X射线数字实时成像系统的厂商他们实行核心技术（如X射线图像传感器）从国外进口，以OEM方式组装成整机。 - Introduction of Image Collecting and Processing for Microfocus X Ray Radioscopy
微焦点X射线实时成像的图像采集与处理 - Line Scan Digital Radioscopy System Based on Image Intensifier Design and Experimental Research of a New Readout Device of the Computed Radiography
图像增强器式线阵列X射线数字成像系统计算机X射线成像系统（CR）读出系统设计与实验研究 - The major recent european standard for real-time radioscopy was introduced and evaluated in brief, covering testing classes, system classes, operation requirements, typical arrangement, image quality evaluation, image processing, data storage, results record and so on.
对工业射线实时成像检测的最新欧洲标准EN13068&2001作了简要介绍和评述，包括检测等级、系统等级、操作要求、透检布置、像质评价、图像处理、数据存储和结果记录等。