Purpose-built equipment, dosimetric equipment, special tents.
专用设备、剂量测定设备、专用帐篷。
Conclusion: In order to ensure the quality of IMRT plan, dosimetric verification is necessary.
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 the dosimetric verification of IMRT is a reliable measure in the course of its implementation.
结论IMRT计划剂量学验证是临床实施IMRT治疗过程中的可靠保证。
Thirdly, a dosimetric response curve was drawn by the pixel values against their corresponding dose rates.
最后，根据相同条件下测得的剂量率和对应的像素值，绘制剂量响应曲线。
To study the dosimetric properties of GD-301 glass dosimeter to provide a new measure for dose auditing in radiotherapy.
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。
Among 84 patients who had full dose-volume histogram (DVH) data, the relation between RILD and dosimetric parameters were analyzed.
对具有完整剂量体积直方图(DVH)资料的84例进行统计以找出与RILD发生有关的剂量学因素。
The glutamine lyoluminescence dosimetric characteristics for radiation processing has been studied on the model BPLLreadout equipment.
在此装置上对适用于辐射加工的谷氨酰胺晶溶发光剂量计的剂量学特性进行了研究。
All plans were compared according to the planning target volume coverage, dose-volume histogram and other dosimetric parameters of normal tissues.
根据计划靶区的等剂量分布、体积-剂量直方图以及其他的剂量学指标，比较两种不同治疗计划的优劣。
This study investigates the influence of flattening filter on the IMRT treatment delivery time and the application of electronic portal imaging device (EPID) in dosimetric verification.
本文研究均整器对IMRT治疗实施时间的影响和电子射野影像系统(EPID)在剂量验证中的应用。
This study investigates the influence of flattening filter on the IMRT treatment delivery time and the application of electronic portal imaging device (EPID) in dosimetric verification.
本文研究均整器对IMRT治疗实施时间的影响和电子射野影像系统(EPID)在剂量验证中的应用。
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