Development of Geometrically Ideal Dose Distribution as a Reference of Treatment Planning in VMAT with Filtered Back Projection Method

Miki K.; Hioki K.; Nakashima T.; Saito A.; Nagata Y.

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Development of Geometrically Ideal Dose Distribution as a Reference of Treatment Planning in VMAT with Filtered Back Projection Method

机译：以滤波后投影法作为VMAT处理规划的参考的地几何理想剂量分配

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《Medical Physics》 |2018年第6期|共1页
作者
Miki K.; Hioki K.; Nakashima T.; Saito A.; Nagata Y.;
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Hiroshima Univ Hosp Hiroshima Hiroshima Japan;

Hiroshima Univ Hosp Hiroshima Hiroshima Japan;

Hiroshima Univ Hosp Hiroshima Hiroshima Japan;

Hiroshima Univ Hosp Hiroshima Hiroshima Japan;

Hiroshima Univ Hosp Hiroshima Hiroshima Japan;

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正文语种 eng
中图分类基础医学;
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1. Development of Geometrically Ideal Dose Distribution as a Reference of Treatment Planning in VMAT with Filtered Back Projection Method [J] . Miki K., Hioki K., Nakashima T., Medical Physics . 2018,第6期

机译：以滤波后投影法作为VMAT处理规划的参考的地几何理想剂量分配
2. Is 5 mm MMLC suitable for VMAT‐based lung SBRT? A dosimetric comparison with 2.5 mm HDMLC using RTOG‐0813 treatment planning criteria for both conventional and high‐dose flattening filter‐free photon beams [J] . Subramanian Shanmuga V., Subramani Vellaiyan, Swamy Shanmugam Thirumalai, Journal of applied clinical medical physics / . 2015,第4期

机译：5 mm MMLC是否适合基于VMAT的肺SBRT？使用RTOG-0813治疗计划标准与2.5 mm HDMLC的剂量学比较，适用于常规和大剂量平坦化的无滤光子光束
3. A simple method to account for skin dose enhancement during treatment planning of VMAT treatments of patients in contact with immobilization equipment [J] . James Rijken, Tanya Kairn, Scott Crowe, Journal of applied clinical medical physics / . 2018,第4期

机译：一种在与固定设备接触的患者进行VMAT治疗的治疗计划中考虑皮肤剂量增加的简单方法
4. An Investigation of the Dose Distribution Effect Related with Collimator Angle for VMAT Method [C] . B. Tas, H. Bilge, S. Tokdemir Ozturk Balkan Physical Union., International Conference . 2016

机译：VMAT方法与准直角度相关的剂量分布效果的研究
5. A Dosimetric Evaluation of The Eclipse and Pinnacle Treatment Planning Systems in Treatment of Vertebral Bodies Using IMRT and VMAT with Modeled and Commissioned Flattening Filter Free (FFF) Fields [D] . Ajo, Ramzi, Jr. 2016

机译：使用IMRT和VMAT与模型和委托扁平滤网（FFF）域使用IMRT和VMAT处理椎体和VMAT的椎体和Pinnacle治疗系统的剂量测定。
6. Is 5 mm MMLC suitable for VMAT‐based lung SBRT? A dosimetric comparison with 2.5 mm HDMLC using RTOG‐0813 treatment planning criteria for both conventional and high‐dose flattening filter‐free photon beams [O] . Shanmuga V. Subramanian, Vellaiyan Subramani, Shanmugam Thirumalai Swamy, 2015

机译：5 mm MMLC是否适合基于VMAT的肺SBRT？使用RTOG-0813治疗计划标准对2.5 mm HDMLC进行剂量学比较用于常规和大剂量平坦化无滤光子光束
7. Is 5 mm MMLC suitable for VMAT-based lung SBRT? A dosimetric comparison with 2.5 mm HDMLC using RTOG-0813 treatment planning criteria for both conventional and high-dose flattening filter-free photon beams [O] . Shanmuga V. Subramanian, Vellaiyan Subramani, Shanmugam Thirumalai Swamy, 2015

机译：适用于VMAT的肺部SBRT为5 mm mmlc？使用RTOG-0813使用RTOG-0813处理规划标准对常规和高剂量扁平滤网的光子束的数据分算法

Development of Geometrically Ideal Dose Distribution as a Reference of Treatment Planning in VMAT with Filtered Back Projection Method

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