电化学能量储存与转换
（李辉）MSE50112022秋 2021秋 2021春2022秋 2021秋 2021春
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| 选课类别：专业任务 | 教学语言：英文 |
| 课程类别：专业选修课 | 开课单位：材料科学与工程系 |
| 课程层次：研究生 | 获得学分：3.0 |
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课程简介（教工部数据）
16学时/周。科技创新项目为学生尽早在实验室进入实验学习阶段提供了良好的机会。 学生的题目由学生的科研导师拟定或根据学生的兴趣拟定。项目目的是突出新颖性和创新性，为学生开拓思路提高科研水平打下基础。 学生在科技创新试验课中学到了良好的实验设计、表征、分析，及论文写作技能。 16 hours per week. Science and technology innovation projects provide excellent opportunities for students to perform their laboratory experiments as early as possible. Students researching on different subjects can be assigned by students’ tutors or be prepared according to students' interests. This project aims to highlight the novelty and innovation, providing a solid foundation for broadening students’ idea development and improving students’ research abilities. Students in this science and technology innovation course will learn the abilities and skills for experimental design, materials characterization, analysis, and research paper writing.
The objective of this course is to teach undergraduate students about cutting-edge knowledge about 3D printing, its current status, and software & hardware, using about 48 credit hours. Since the development of science and technology of laser and laser system is key to the advancement of 3D printing, this course will also teach students working principles and types of lasers and laser systems, as well as the applications and fundamentals of laser systems in five important areas, namely materials joining, material cutting/separating, micro-fabrication, surface engineering and fabrication of new materials.
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