STL files for a modular phantom mimicking anatomical changes in the head and neck region

This is a collection of STL files for an adaptive phantom. The phantom has been 3D-printed at the Medical University of Vienna for the purpose of establishing a testing framework for adaptive particle therapy. The phantoms size and possible modifications were chosen to mimic human anatomical changes in the head and neck region and to guarantee transportability and stability at the same time.The modifications feature an outer shell, which can simulate weight change, and lateral inserts, which can simulate intracavitary changes. The dataset includes a readme with brief descriptions for each STL part. Material considerations for the original phantom and its use in particle therapy are published in: https://doi.org/10.3389/fphy.2024.1323788本数据集为自适应体模（adaptive phantom）的STL文件（STL）集合。该体模由维也纳医科大学（Medical University of Vienna）3D打印制成，旨在为自适应粒子治疗搭建标准化测试框架。该体模的尺寸与可调整设计均经过优选，既能模拟头颈部区域的人体解剖结构变化，同时兼顾便携性与稳定性。其可调整结构包含可模拟体重变化的外壳，以及可模拟腔内变化的侧部嵌件。本数据集附带一份自述文件，对每个STL部件进行简要说明。有关该原始体模的材料选型考量及其在粒子治疗中的应用相关内容已发表于：https://doi.org/10.3389/fphy.2024.1323788