目的通过数字化影像研究正常人软腭的形态，为腭裂整复提供参考。
Objective To study the morphology of the soft palate in normal humans with digital radiography and to provide the references for therapy of the cleft.
目的通过数字化影像研究正常人软腭的形态，为腭裂整复提供参考。
Objective: To explore a new method in the repair of soft palate cleft.
目的：评价直接数字化影像技术在下颌第一磨牙牙根纵裂诊断中的作用。
Objective:To evaluate the contribution of radiogram in diagnosis of primary vertical root facture in mandibular first molar.
提出病案数字化影像的概念及实现方法，并在此基础上设计开发病案数字化影像管理系统。
The paper puts forward concept and implementation method of digital imaging medical records, and as a base of it, a managing system for digital imaging medical records is developed.
目的研究直接数字化影像技术诊断根尖周微小病损的能力以及图像处理技术对诊断结果的影响。
Objective the purpose of this study was to investigate the performance of direct digital radiography, with and without image processing, for the detection of periapical lesions.
结论直接数字化影像技术具有良好的诊断根尖周微小病损的能力，图像处理技术能够显著提高数字化牙片的诊断能力。
Conclusion Direct digital radiography is a promising technique in the detection of periapical lesions. Image processing could improve the diagnostic performance of digital images.
目的根据医学数字化影像自身的特点以及医院本身对医学影像管理的特殊需要，建立高性能价格比、可扩展性好、较为安全可靠的海量图像存储系统。
Objective According to the characteristics of digital medicine and demand of digitized management in hospital, we establish a storage system which is cheap, highly expansible, and reliable.
随着现代医院数字化进程的加速，数字化医学影像在医院的诊断和治疗中起着越来越重要的作用。
With the accelerating digitization of modern hospital, the digital medical images play a more and more important role in the diagnosis and treatment of human disease.
随着影像设备数字化网络化进程的不断深入，作为维护设备的医学工程人员其工作模式也相应地发生了转变。
With the development of digitalization and interconnection in imaging equipment, the working pattern for medical engineer who maintains equipment has changed accordingly.
目的：针对现代医学影像技术学的数字化的特点，探讨临床教学的新方法。
The aim of this paper is that based on the digital features of modern medical imaging technology to discuss the new method of clinical teaching.
本文概述了数字化医院建设PACS的根本目的，以及PACS传输流程、影像处理和成本方面的优势。
This article summarizes the purpose of PACS implementation for digital hospital, and the advantages of PACS transmission procedure, images processing and cost.
DICOM标准主要包括数字化医学影像的数据结构和传输规范的定义。
DICOM mainly includes the definitions of data structure and transmission specification of digital medical imaging.
目的探讨三种DSA影像数字化存储方式的特点及其适用范围。
Objective to discuss the three digital store character of the DSA video graph and its use range.
本研究目的在于构建我院影像科室PACS系统，实现影像科室的数字化和网络化，并分析影像科室PACS的应用价值和效益。
This subject aims at the PACS system construction in our hospital , the digitalization of radiology department , the analysis of benefit of the application of PACS.
并从影像科室工作流程、合理架构PACS结构、PACS与HIS融合等三个方面对数字化医院PACS的设计进行了探讨。
And we discuss the design of PACS in digital hospital from the work flow of image department, the reasonable PACS structure, PACS and HIS fusion.
论述一个由数字化画幅式像片(或数字影像)用数字摄影测量系统生成的DEM数据精度的确定方法。
In this paper, a method used for determination of accuracy of DEM data derived from digitized frame photos (or digital image) by digital photogrammetric systems has been developed.
并从影像科室工作流程、合理架构PACS结构、PACS与HIS融合等三个方面对数字化医院PACS的设计进行了探讨。
It also discusses the PACS design of digital hospital from such three aspects as work flow of images office, appropriate architecture of PACS and integration between PACS and HIS.
实现数字化摄影的目的，就是为了在提高X线影像质量的同时，大幅降低患者的接受剂量。
The purpose of digital photography is to greatly decrease patient's acceptable dose, and to improve the quality of X-ray image.
医学影像归档与传输处理系统(PACS)是现代数字化医院的重要应用系统。
Medical Imaging Archiving and Communication system (PACS) is an important system in modern digital hospitals.
概述数字化医院建设PACS的根本目的，以及PACS传输流程、影像处理和成本方面的优势。
In the paper, we introduce the primary purpose of building PACS in digital hospital, as well as the superiority in PACS transmission flow, image processing and cost aspect.
医学图像存档与传输系统（PA CS）是目前数字化医院建设的重点和难点，PACS系统需要一个高性能的影像存储系统支撑。
Picture Archiving and Comuniations System (PACS) is a keystone and difficulty in currently construction of digital hospital. PACS must be supported by a high capability image archiving system.
该系统实现医学影像检查工作的全数字化管理，以及影像检查设备、RIS、HIS和社区电子病历的无缝连接与集成。
This presentation gave a new approach to realize full digital management in department of radiology and seamless integration with modalities, RIS, HIS and community electronic patient records (EPR).
在电视、电影、广告等节目制作中已采用了多种数字化的影像制作设备。
More and more electronic imaging systems are being used in updated television, cinematography and advertisement making.
实践证明，本文所提出的优化医学影像数字化采集的方案和优化数字化医学影像质量的方法是系统的和可行的，具有一定的理论和应用价值。
The plans to improve the digital collection of medical images and the methods to promote the quality of medical images are systematic and practical, they are valuable theoretically and practically.
然后，将X光影像数字化，储存这些图像，进行图像处理，并显示图像。
It then digitizes X-ray images, stores these images, performs image processing, and displays the image.
结论PACS还将在传统医学影像学向现代数字化医学影像学过渡过程中扮演极其重要角色。
Conclusion PACS will play a important role in the transition of traditional medical imageology to contemporary digital medical imageology.
方法：利用数字化X线影像设备DR、CR系统对批量急诊患者进行各种位置的投照。
Methods Emergency patient were taken photos on all positions by the system of digitized X-ray phantom equipment DR or CR.
该系统采用先进的计算机网络技术，能将不同医学影像设备产生的图像采集后送往系统的图像数据中心(网络服务器)，实现医学图像的数字化存贮和管理。
Advanced computer network technology is used in the system, which can sample images produced by different medical imaging equipments and then deliver them into the network server of system.
结论CR作为一种全新的影像学成像技术，以其高清晰度的图像质量，有效地实现了X线平片的数字化。
Conclusion CR as a new radiology technique, it achieved to transform the traditional X-ray into digital information with high distinct picture quality.
结论CR作为一种全新的影像学成像技术，以其高清晰度的图像质量，有效地实现了X线平片的数字化。
Conclusion CR as a new radiology technique, it achieved to transform the traditional X-ray into digital information with high distinct picture quality.
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