《核物理实验方法》课程教学大纲.docxVIP

《核物理实验方法》教学大纲 一、课程基本信息 课程名称 核物理实验方法 Experimental Methods in Nuclear Physics 课程编码 SCC521621030 开课院部 理学院 课程团队 核物理方法与技术方向教学团队 学分 3.0 课内学时 56 讲授 32 实验 24 上机 0 实践 0 课外学时 0 适用专业 应用物理学 授课语言 中文 先修课程 原子物理学、原子核物理 课程简介 （限选） 《核物理实验方法》是应用物理学专业核物理方法与技术方向的选修课。课程弘扬两弹一星的爱国主义精神、科学创新精神。理论内容主要有核测量中的统计学、射线与物质的相互作用、典型的核物理探测器技术、典型的核测量方法和内容。实验内容设置若干核物理的研究性实验和设计性实验。通过该课程的学习，学生能够具备核物理实验中的基本理论知识；了解相应的射线探测技术及其原理；掌握核物理研究、核辐射测量、核技术应用的相关实验方法；能够分析放射性现象和实验结果，为今后的实践工作打下基础。在课程教学中，理论教学结合实验，引导学生发现问题、分析问题、解决问题。学生独立开展实验，研究仪器原理，设计实验内容，对实验过程和结果进行分析，开展学术汇报和交流。通过自主实验研究的全过程，学生能够获得相关研究技能。 Experimental methods of nuclear physics is an elective course for Applied physics majors in nuclear physics methods and technology. The course promotes the patriotism and scientific innovation spirit of two bombs and one star. The theoretical contents mainly include statistics in nuclear measurement, interaction between rays and matter, typical nuclear physics detector technology, typical nuclear measurement methods and contents. The content of the experiment sets up several research experiments and design experiments of nuclear physics. Through the study of this course, students can have the basic theoretical knowledge in nuclear physics experiments; Understand the corresponding ray detection technology and its principles; Master the relevant experimental methods of nuclear physics research, nuclear radiation measurement and nuclear technology application; Be able to analyze radioactive phenomena and experimental results, laying a foundation for future practical work. In the course teaching, theoretical teaching is combined with experiments to guide students to find problems, analyze problems and solve problems. Students carry out experiments independently, study the principles of instruments, design the contents of experiments, analyze the experimental process and results, and carry out academic reports and exchanges. Through the whole process of independent experimental research, students can acquire relevant research skil