该参考描述所示目录。请向院校确认当前的招生项目及适用于您入学年的条件。
描述
能源系统中的纳米技术 探讨能源产生、转换与储存系统中的先进材料，以及它们与工业、环境和社会的交叉。材料工程与适用于清洁能源储存技术特定应用的多功能材料开发，重点是减缓气候变化。讲座，每周3小时；实验，每周2小时。限制：仅限累计至少16学分的BEng专业学生选修。先决条件：CHEM 1P91 , IENG 2P11 , IENG 3P02 。
先修课程
- 先决条件：CHEM 1P91 , IENG 2P11 , IENG 3P02 。
条件与方式
- 限制：仅限累计至少16学分的BEng专业学生选修。
- 先决条件：CHEM 1P91 , IENG 2P11 , IENG 3P02 。
原文参考文本
Nanotechnology in Energy Systems Exploration of advanced materials in energy generation, conversion and storage systems, their intersection with industry, environment, and society. Materials engineering and development of multifunctional materials suitable for specific applications in the field of clean energy storage technologies, focused on mitigating climate change. Lecture, 3 hours per week; lab,2 hours per week. Restriction: open to BEng majors with a minimum 16 overall credits. Prerequisite(s): CHEM 1P91 , IENG 2P11 , IENG 3P02 .
- Prerequisite(s): CHEM 1P91 , IENG 2P11 , IENG 3P02 .
- Restriction: open to BEng majors with a minimum 16 overall credits.
来源与参考
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来源参考 : https://brocku.ca/webcal/2024/undergrad/engs.html