强大而直观的辐射模拟软件

radiation simulation example

RSim is a Monte Carlo simulation tool that is based on Geant4, a well-established radiation transport model. Inspired by a project that designed radiation protection for the upcoming NASA Europa mission, RSim was further developed to offer ease of use, CAD importability, and visualization capabilities. With RSim, simulations are set up and run through the user interface, eliminating the need for C++ or Geant4 input commands. Additionally, RSim is integrated with CAD and offers shape healing, making it ideal for users working with complex geometries.

RSim features a unique geometric biasing source capability to expedite simulation times while obtaining accurate statistics. Multiple shape and mesh scorers, such as energy deposition, dose, and flux calculation, can be calculated using RSim and visualized in 3D against the modeled geometries. With RSim’s intuitive interface, a rich database of materials, and multiple options for radiation source customization, engineers can easily predict radiation effects, perform shielding calculations, and assess survivability in harsh surroundings like space.

"RSim使NASA能够通过使用复杂的CAD模型,如载人的猎户座探索飞行器,量化人类对空间辐射的暴露,来评估任务计划,而且它通过图形用户界面,使Geant4的非专业人员能够很快得到有意义的结果。"

Kerry Lee
美国国家航空航天局物理科学家

准备了解更多吗?

RSim的优势

RSim radiation simulation user interface

用户友好

RSim具有直观的界面,缩短了仿真设置时间,提高了设计周期效率。 通过RSim,用户可以导入许多现有类型的CAD文件,并利用RSim的形状愈合功能,或者可以使用RSim通过布尔和阵列操作创建自己的独特几何形状。

多样性和细节

RSim包括一个有700多种材料的丰富数据库,用户可以根据需要创建新的材料。可以指定各种辐射源,RSim用户可以计算多种体积和网格数量。

使用RSim,用户收到的结果比目前基于探头的辐射评估设备收到的结果更详细、更完善。

RSim radiation simulation data.
RSim Radiation Simulation example of scaling slider.

受信任的

Tech-X的科学家和工程师团队是计算物理学领域的主要贡献者,我们的模拟软件产品在全球许多顶级研究机构中都能找到。 我们的开发团队了解研究界所要求的严格标准和商业用户的复杂需求。

RSim的特点

RSim radiation simulation example of slice scale.

Need To Simulate Radiation?

RSim的应用

辐射屏蔽

辐射影响

辐射控制

剂量计算

我们的软件可以在世界各地的机构中找到

准备好评估RSim了吗?