solid scintillation detectors; beta-ray detection; position sensitive particle detectors; dosimetry; brachytherapy; catheters; cardiovascular system; data acquisition; Monte Carlo methods; real-time dose measurement scintillating fiber array; intravascular brachytherapy; catheter-based high dose rate /spl beta/ sources; interventional cardiology; in-stent restenosis; percutaneous transluminal coronary angioplasty; extrapolation chambers; radiochromatic-dye films; radioactive emitter; radiotherapists; patient treatments; photomultiplier tubes; photon-to-current conversion; CAMAC LabView based data acquisition system; data collection; histogramming; data analysis; Geant4 Monte Carlo simulation;
机译:基于闪烁纤维的近距离放射治疗实时剂量监测系统的初步研究
机译:高剂量率近距离放射疗法中用于实时监测放射源位置和剂量分布的多合一幻影和闪烁体辐射传感器的开发
机译:WE-DE-201-07:使用高精度光纤辐射检测器测量串联和卵形近距离放射治疗程序的实时剂量
机译:用于血管内近距离放射治疗程序的实时剂量测量闪烁纤维阵列
机译:血管内近距离放射治疗中辐射剂量分布的蒙特卡洛研究。
机译:关于使用单纤维多点塑料闪烁探测器进行192Ir高剂量率近距离放射治疗
机译:近距离放射治疗IR-192的相对深度剂量率的测量来源于有机闪烁体光纤辐射传感器