1 南 京 理 工 大 学《新能源技术》 课程报告姓名学 号:学院(系):自动化学院专业 : 电气工程题目 : 受控核聚变的研究发展组别第 8 组 核能任课教师硕士导师2015 年 6 月 16 号2 受控核聚变的研究发展摘要: 本文首先概述了受控核聚变能源的发展状况。接下来分析了受控核聚变的定义,以及当今受控核聚变的主要研究途径和面对的难题。磁约束核聚变和惯性约束核聚变是当今研究受控核聚变的两种主要研究途径。在磁约束核聚变中,本文首先讲解了该方式的原理。然后分析了托卡马克装置的工作原理。接着分析了我国磁约束核聚变的发展。在惯性约束核聚变中,首先讲解了该方式的基本原理。然后介绍了美国的NIF 装置的发展状况,以及我国神光工程在约束核聚变中研究。人们研究核聚变的脚步依然在向前迈着,不久的将来一定能实现可控的核聚变。关键词:受控核聚变;磁约束核聚变;惯性约束核聚变Research and development of controlled nuclear fusion ABSTRACT : This paper tells the development of controlled nuclear fusion energy at the first. Then it analyzes the definition and the main research methods and the problems of controlled nuclear fusion. Magnetic confinement fusion and inertial confinement fusion are two main research approaches in the study of controlled nuclear fusion. This paper explains the principle of magnetic confinement fusion firstly. Then it analysis the working principle of tokamak. It also analyzes the development of magnetic confinement nuclear fusion in China. In the inertial confinement fusion, the paper firstly explains the basic principle of the method. Then this paper introduces the development of the NIF device in American and SG engineering in nuclear fusion research in China. People still insist on the study of nuclear fusion, people will be able to achieve controlled nuclear fusion in the future. KEYWORDS:controlled nuclear fusion; magnetic confinement fusion; inertial confinement fusion 1 引言能源与生活息息相关。我们不得不承认,我...