在Moewardi博士的RSUD使用成像板(IP)的千伏峰值测定(kVp)X射线飞机

Bibit Cahyani, Utari Utari, M. Muhtarom
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引用次数: 0

摘要

利用成像板(IP)作为测量工具,研究了x射线飞机的kVp。成像板的功能是记录辐照后的图像,并作为探测器捕获和存储x射线穿透物体时的能量。本研究的目的是使用IP作为kVp的测量工具。所使用的方法是创建两个铝滤波器的感兴趣区域(ROI)与额定电压(kVp)之比之间关系的特征曲线。研究得到方程y = 2816.61 x2 - 4532.19 x + 1878.65, R2 = 0.988。kVp测试采用透视x射线模型SM-20HFH进行。试验结果表明,在70 kV电压下测得的kVp值为66.21 kV,误差值为5.41%。而55kv时的kVp测量值为58.95 kV,误差值为-7.18%。这些结果表明,IP可以在误差小于允许容差的情况下测量kVp,即最大误差≤10%。
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Penentuan Peak Kilovoltage (kVp) Pesawat Sinar-X Dengan Pemanfaatan Imaging Plate (IP) Di RSUD Dr. Moewardi
Research has been carried out to determine the kVp of X-ray aircraft using an imaging plate (IP) as a measuring tool. The imaging plate functions to record images after irradiation and as a detector to capture and store X-ray energy when it penetrates an object. The purpose of this study is to use IP as a kVp measurement tool. The method used is to create a characteristic curve of the relationship between the ratio of Region of Interest (ROI) of two aluminum filters to rated voltage (kVp). From the research obtained the equation y = 2816.61 x2 – 4532.19 x + 1878.65 with R2 = 0.988. The kVp test was carried out using a fluoroscopic X-ray model SM-20HFH. The test results obtained that the measured kVp value at a voltage of 70 kV was 66.21 kV and an error value of 5.41%. While the measured kVp value at 55 kV is 58.95 kV with an error value of -7.18%. These results indicate that IP can be used to measure kVp with an error below the allowable tolerance, namely the max error ≤ of 10%.
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