在Andalas大学医院使用井型电离探测器验证近距离治疗源对抗Ir-192 HDR

Ramacos Fardela, Rika Analia, Atika Maulida, Suci Ramda Rena, Fiqi Diyona, Dedi Mardiansyah
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引用次数: 0

摘要

巴东市安达拉斯大学医院(Unand医院)放射治疗科在远程后加载系统型MicroSelectron HDR上采用高剂量率多通道指示器技术的近距离治疗设备,有6个通道。使用的放射源是铱-192或铱-192,初始活度约为12 Ci。本研究使用井型腔室电离检测器验证近距离治疗源对HDR Ir-192的影响。井型腔室探测器测量在近距离治疗过程中给予患者的辐射剂量。这项研究使用探测器来测量辐射源周围几个点的辐射剂量。这项研究是通过使用200伏和400伏的电压来验证Ir-192近距离放射治疗中的辐射源的活性来进行的。它是用与检测器相连的静电计来调节的。结果表明,井型腔室探测器可以准确地验证近距离治疗的来源。此外,测量的活度值与近距离放射治疗标准化允许的活度值一致,约为10至12 GBq。因此,井型室电离探测器可以有效地验证近距离治疗源。因此,适当的辐射源验证对于确保患者安全和治疗效果至关重要
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Verification of Brachytherapy Sources Against Ir-192 HDR Using Well Type Ionization Detectors at Universitas Andalas Hospital
The Radiotherapy Unit at Andalas University Hospital (Unand Hospital), Padang City, has a brachytherapy facility with multichannel indexer technology of High Dose Rate on the Remote after Loading System type MicroSelectron HDR and has 6 channels. The radioactive source used is Iridium-192 or Ir-192, with an initial activity of about 12 Ci. This study uses a well-type chamber ionization detector to verify the brachytherapy source against HDR Ir-192. The well-type chamber detector measures the radiation dose given to the patient during the brachytherapy procedure. This study uses detectors to measure radiation dose at several points around the source. The study was conducted by verifying the activity of the radiation source in Ir-192 brachytherapy using a voltage of 200 V and 400 V. It was regulated using an electrometer connected to a detector. The results show that the well-type chamber detector could accurately verify the source of brachytherapy. In addition, the measured activity values are in accordance with those permitted in standardization in brachytherapy, which is around 10 to 12 GBq. Therefore, well-type chamber ionization detectors can effectively verify brachytherapy sources. Thus, proper radiation source verification is paramount to ensure patient safety and treatment effectiveness
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