中国医学装备
中國醫學裝備
중국의학장비
CHINA MEDICAL EQUIPMENT
2013年
10期
27-29
,共3页
王兴宏%杜金明%陈金栋%郭志军%雷华%陈艳芳%李云%汤玉霞
王興宏%杜金明%陳金棟%郭誌軍%雷華%陳豔芳%李雲%湯玉霞
왕흥굉%두금명%진금동%곽지군%뢰화%진염방%리운%탕옥하
防护装置%固定支具%监控摄像头%照射野%低剂量%靶-片距
防護裝置%固定支具%鑑控攝像頭%照射野%低劑量%靶-片距
방호장치%고정지구%감공섭상두%조사야%저제량%파-편거
Protection device%Stabilizing brace%Security camera%Exposure field%Low dose%Target-film distance
目的:探讨婴幼儿放射防护装置与多种方法配合使用以减少辐射剂量的临床应用价值。方法:在婴幼儿放射防护装置检查床上,使用3块倒U形有机铅玻璃罩和垂直铅挡板组成相对独立的空间,通过调节有机铅玻璃罩和垂直铅挡板不同位置以达到辐射防护的目的,并与婴幼儿体位固定支具,采用监控摄像头、调节照射野、靶-片距及室内温度等方法采取低剂量方法,最大限度降低患儿辐射剂量。结果:通过婴幼儿放射防护装置与辅助设备的使用,有效提高了在CT扫描、DR摄影等各种患儿检查时的成功率,确保影像质量,避免重复检查,减少了患儿辐射剂量。结论:有效减少患儿辐射剂量和其他人群的照射,遵循X射线检查的正规化和辐射防护最优化原则,在获得必要诊断信息的同时使受检儿童受照剂量保持在合理的最低水平。
目的:探討嬰幼兒放射防護裝置與多種方法配閤使用以減少輻射劑量的臨床應用價值。方法:在嬰幼兒放射防護裝置檢查床上,使用3塊倒U形有機鉛玻璃罩和垂直鉛擋闆組成相對獨立的空間,通過調節有機鉛玻璃罩和垂直鉛擋闆不同位置以達到輻射防護的目的,併與嬰幼兒體位固定支具,採用鑑控攝像頭、調節照射野、靶-片距及室內溫度等方法採取低劑量方法,最大限度降低患兒輻射劑量。結果:通過嬰幼兒放射防護裝置與輔助設備的使用,有效提高瞭在CT掃描、DR攝影等各種患兒檢查時的成功率,確保影像質量,避免重複檢查,減少瞭患兒輻射劑量。結論:有效減少患兒輻射劑量和其他人群的照射,遵循X射線檢查的正規化和輻射防護最優化原則,在穫得必要診斷信息的同時使受檢兒童受照劑量保持在閤理的最低水平。
목적:탐토영유인방사방호장치여다충방법배합사용이감소복사제량적림상응용개치。방법:재영유인방사방호장치검사상상,사용3괴도U형유궤연파리조화수직연당판조성상대독립적공간,통과조절유궤연파리조화수직연당판불동위치이체도복사방호적목적,병여영유인체위고정지구,채용감공섭상두、조절조사야、파-편거급실내온도등방법채취저제량방법,최대한도강저환인복사제량。결과:통과영유인방사방호장치여보조설비적사용,유효제고료재CT소묘、DR섭영등각충환인검사시적성공솔,학보영상질량,피면중복검사,감소료환인복사제량。결론:유효감소환인복사제량화기타인군적조사,준순X사선검사적정규화화복사방호최우화원칙,재획득필요진단신식적동시사수검인동수조제량보지재합리적최저수평。
Objective:To explore the clinical application value of infant radiation protection device combined with a variety of methods to reduce radiation dose. Methods: Three plumbic bafflers and"inverted u-shape"organic plumbic glasses on the check bed of radiation protection device set up a perfect relatively independent space. The location of organic plumbic glasses and bafflers were regulated for radiation protection, at the same time, combined with a variety of methods to reduce radiation dose, for example infant position stabilizing brace, security camera, exposure field, target-film distance, environmental factors, low dose, etc. Results:Through the use of the new infant radiology protective device and ancillary equipment, the achievement ratio of children’s CT and DR examination was effectively improved, the repeated checking was avoided, the image quality was secured, and x-ray irradiation of infants was reduced. Conclusion:The radiation doses of the infants and other population were reduced, and the justification and optimization principles of x-ray examination protection, in order to reach and keep a reasonably minimum level for the inspected children's doses at the same time keeping the necessary diagnostic information.