USEOFRAYTRACINGALGORITHMSFORDOSECALCULATIONINTHEVIRTUALANALOGOFTHEIRTMEPhIREACTOR

ThisworkfocusesonthedevelopmentofasystemforestimatingneutronradiationdoseloadsforthevirtualanalogoftheIRTMEPhInuclearreactor.Thissystemisimplementedbasedonraytracingalgorithmsandisdesignedtosimulatethedistributionofdoseloadsinreal-timeatanypointbehindthereactorshielding[3,4].Theprojectaimstocreateasafeandaccessibleplatformfortrainingstudentsinnuclearphysicsandnuclearreactors,withinwhichtheinteractionofparticlesandshieldinglayersissimulatedwithouttheneedforaccesstotheexperimentalfacility.Thisapproachnotonlyimprovesthetraininglevelofyoungspecialistsbutalsoprovidesanopportunitytostudythephysicsofradiationprocessesmoredeeplybyvisualizingkeyaspectsoftheinteractionofneutronsandgammaradiationwiththematerialsofthereactor'sprotectivescreens本研究聚焦于为IRT MEPhI核反应堆的虚拟仿真模型开发一套中子辐射剂量负荷估算系统。该系统基于光线追踪算法实现，可实时模拟反应堆屏蔽层后方任意位置的剂量负荷分布[3,4]。本项目旨在打造安全易用的实训平台，用于开展核物理与核反应堆相关的学生教学工作；依托该平台，无需实际接触实验设施即可模拟粒子与屏蔽层的相互作用过程。该方案不仅能够提升青年专业人才的实训水平，还可通过可视化展示中子与γ射线（Gamma Radiation）同反应堆防护屏材料相互作用的关键环节，为更深入地研究辐射过程的物理机制提供了可行路径。