目的： 本文探讨用放射治疗计划系统配备的透射扫描仪和相应黑度计软件获得剂量学参数的方法。
Objective: A method was used for measurement of the dosimetric parameters by transparency scanner and related software.
目的：设计一种基于微机的放射治疗剂量学数据的录入、显示、查询和处理的新管理方法。
Objective To propose a new administrating method that is more convenient for measured irradiation data to input, display, look up and process.
近距放射治疗源的剂量学特征就可以通过计算这些剂量测定参量得到。
And brachytherapy sources dosimetric properties can be obtained though calculating those dosimetric parameters.
为开展放射治疗剂量核查提供新手段，研究GD-301型玻璃剂量计的辐射剂量学特性。
To study the dosimetric properties of GD-301 glass dosimeter to provide a new measure for dose auditing in radiotherapy.
目的研究乳腺癌不同放射治疗计划的剂量学差异。
Objective To compare dosimetry of different radiation therapy plans for breast cancer.
尤其在照后早期，较其他传统生物剂量学技术具有明显优势，用于放射生物剂量学研究将有良好前景。
SCGE reveals a great future in study of radiation biological dosimetry and has more ad-vantage than the other traditional methods, particularly at the early stage after radiation.
可见，通过本论文的研究，为临床骨科手术室医护人员的防护提供了一定意义的临床辐射剂量学数据和具体的放射防护策略。
It is obvious that this study provide significant clinic radiation dose data and material radiation protection tactic for doctors and nurses of clinic orthopaedics operating room.
目的：比较腹主动脉旁淋巴结肿瘤转移的3D-CRT和IMRT放射治疗计划的剂量学差异。
Objective: To compare dosimetry of 3D-CRT and IMRT plan for para-aortic lymph node tumor metastasis.
结论：为了保证调强适形放射治疗的治疗质量，必需进行剂量学验证。
Conclusion: In order to ensure the quality of IMRT plan, dosimetric verification is necessary.
放射性粒子离体照射模型的设计和建立，为研究粒子辐射生物效应提供了有效和重要的方法，并已广泛用于放射生物学和剂量学的研究。
The seed irradiator designed and built is very efficient and effective and has already been used extensively in radiobiological experiments and the accuracy of dosimetry.
放射性粒子离体照射模型的设计和建立，为研究粒子辐射生物效应提供了有效和重要的方法，并已广泛用于放射生物学和剂量学的研究。
The seed irradiator designed and built is very efficient and effective and has already been used extensively in radiobiological experiments and the accuracy of dosimetry.
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