摘要
目的:随着磁共振成像设备的临床应用普及,3.0 T高场磁共振在医院的装机量逐渐增加。分析医院在安装GE discovery 3.0 T高场强磁共振过程中涉及的多种技术因素及工程学解决方案,为高场磁共振设备的安装管理提供科学有价值的经验参考。方法:严格质控磁共振设备的机房选址、土建、屏蔽设施施工等环节,精准规划与电气设施准备等有关工程流程的相互关联,做好工程衔接。结果:顺利通过3.0T磁共振机房场地建设施工验收,检测机构出具检测报告表明屏蔽效果符合要求;安装工程为获取高质量磁共振图像提供了场地、操作环境保障。结论:鉴于磁共振设备的特殊性和重要性以及对场地机房有较高要求,在安装前细致认真研究分析,多工种协调配合,在机房建设的过程中关注每个环节的细节,确保在预定工期内高质量完成施工建设,达到较满意的效果。
Objective： With the clinical application and popularization of magnetic resonance equipment, the installed amount of 3.0T high field magnetic resonance in the hospital was gradually increasing. This paper summarized the various technical factors involved in the installation of 3.0T high field MRI, and provided scientific and valuable reference for the installation and management of high field magnetic resonance equipment. Methods： During the installed process of GE discovery 3.0T magnetic resonance, to explore the correlative relationship among series of preparation work about installation of magnetic resonance, such as the selection of machine room, civil construction, shield construction and related electrical facilities and so on, and complete the connecting work among them. Results： Finally, the hospital has successfully completed machine room preparation for the 3.0T magnetic resonance, and has provided site guarantee for obtaining high-quality magnetic resonance images. Conclusion： In view of the special, importance and higher requirement for machine room of the magnetic resonance equipment, the seriously research and analysis should be applied and a coordinated mechanism of various type work should be established before the equipment is installed. During the construction process of machine room, enough consideration for detail in every aspect can provide guarantee for completing high-quality construction during the scheduled period, and achieve a satisfying effect.
出处
《中国医学装备》
2017年第4期149-151,共3页
China Medical Equipment
关键词
磁共振
机房
场地准备
磁场
电气
影响
射频屏蔽
Magnetic resonance
Machine room
Site preparation
Magnetic field
Electric
Affect
Radio frequency（RF） shielding
