Olthoff-Münter K, Baumhoer W
Strahlentherapie. 1985 Feb;161(2):98-101.
Thermoluminescence dosimetry is often used to verify the calculation of dose distribution of treatment techniques and treatment planning by using a phantom. However, a quality assurance of therapy by comparison between treatment planning and actual dose values measured with TL-detectors on the patient, is only sporadically realized. The use of a single detector offers a solution for the measurement of both the neutron and gamma ray absorbed doses in mixed neutron-photon fields in fast neutron tumour therapy. The knowledge of both gamma ray and neutron absorbed doses is important because of the considerable difference in biological efficiency of these two types of radiation.
热释光剂量测定法通常用于通过使用模体来验证治疗技术和治疗计划的剂量分布计算。然而，通过比较治疗计划与用热释光探测器在患者身上测量的实际剂量值来进行治疗质量保证，只是偶尔才得以实现。使用单个探测器为在快中子肿瘤治疗的混合中子 - 光子场中测量中子和伽马射线吸收剂量提供了一种解决方案。由于这两种辐射在生物效应方面存在显著差异，了解伽马射线和中子吸收剂量都很重要。
