基于MRiLab的磁共振物理仿真与可视化OA
Simulation and Visualization of Magnetic Resonance Physics Based on MRiLab
磁共振成像技术是医学成像领域中最重要的成像技术之一,磁共振物理是理解磁共振成像的基础,但磁共振物理理论复杂且抽象,导致学生在学习过程中理解困难,进而影响教学效果.该研究结合MRiLab磁共振仿真软件就磁共振物理教学中的基本问题进行了探讨.结果表明MRiLab磁共振仿真软件能形象生动地展示磁共振磁化矢量的变化过程,精确地计算磁共振横向和纵向的磁化矢量的变化曲线,在教学过程中能加深学生对磁共振物理基本概念的理解.
Magnetic Resonance Imaging(MRI)technology is one of the most important techniques in medical imaging.Magnetic resonance physics is the basis for understanding magnetic resonance imaging.However,the theory of magnetic resonance physics is complex and abstract,which makes it difficult for students to understand,thereby affecting the effectiveness of teaching.This study discussed the basic issues regarding the teaching of magnetic resonance physics for the first time by utilizing MRiLab magnetic resonance simulation software.The results indicate that MRiLab magnetic resonance simulation software can vividly visualize the evolution of the magnetization vector and accurately calculate the variation curves of magnetic resonance transverse and longitudinal magnetization vectors.It facilitates students'deep understanding of the basic concepts of magnetic resonance physics in teaching.
陈奕楚;刘诗姮;胡三明;李维东;陈星燃;陈肖
湖北科技学院 生物医学工程与医学影像学院,咸宁 437100湖北科技学院 生物医学工程与医学影像学院,咸宁 437100湖北科技学院 生物医学工程与医学影像学院,咸宁 437100湖北科技学院 生物医学工程与医学影像学院,咸宁 437100湖北科技学院 生物医学工程与医学影像学院,咸宁 437100湖北科技学院 生物医学工程与医学影像学院,咸宁 437100
医药卫生
磁共振物理磁共振实验磁共振成像数值仿真
magnetic resonance physicsmagnetic resonance experimentmagnetic resonance imagingnumerical simulation
《实验科学与技术》 2026 (2)
59-64,6
湖北省自然科学基金(2024AFB453,2022CFB749)咸宁市自然科学基金(2023ZRKX084)湖北科技学院教学研究资助项目(2023XY014,2023XY015).
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