方向：理工
专业：工程
适合人群：通信工程,通讯工程,信息工程,电子电气工程,电子与通信工程,能源动力工程,工程,汽车工程,机械工程,通信与信息系统,信息与通信工程
是否可以加论文：是
项目时长及形式：英文
产出：
4周在线科研学习+3周论文辅导学习
学术报告
优秀学员获主导师Reference Letter
EI/CPCI/Scopus/ProQuest/Crossref/EBSCO或同等级别索引国际会议全文投递与发表（可用于申请）
结业证书
成绩单
项目介绍：
在本项目中，导师将带量学生一起探索如何将不同的“冷金属”集成在一起，以实现惊人的喷气推进。本课程涵盖喷气式发动机的前世今生（如：喷气推进原理及关键部件、燃气轮机技术等）、流体力学与热力学核心知识、燃气轮机循环和喷气发动机布局之间关系、压缩机和涡轮的关系等。随后，导师将带领学生探究什么是量子技术，以及它们如何加深我们对周围世界的理解，以及物质的多少性质可以被解释,它是如何在计算、数据存储、信息处理和其他领域的新设备得到应用的。通过项目学习，学生进一步了解飞行器推进系统核心部件---发动机的设计原理与制造技术，同时进一步了解量子技术在各个工程领域的具体应用，以量子技术为核心设计可行的量子发动机。
个性化研究课题参考：
微型涡喷发动机燃烧室设计分析
发动机燃烧室流动燃烧性能研究
量子通信网络中节点可信接入模型研究
弱力能源量子发动机研究
In this project, the professor will lead the students to explore how to integrate different "cold metals" together to achieve amazing jet propulsion. This course covers the past and present of jet engines (such as jet propulsion principles and key components, gas turbine technology, etc.), core knowledge of fluid mechanics and thermodynamics, the relationship between gas turbine cycles and jet engine layout, and the relationship between compressors and turbines. Later, the professor will lead the students to explore what quantum technologies are, how they can deepen our understanding of the world around us, and how many properties of matter can be explained. How it is applied to new devices in computing, data storage, information processing and other fields are studied. Through this project learning, students will further understand the core components of aircraft propulsion system ---engine design principles and manufacturing technology, and at the same time further understand the specific application of quantum technology in various engineering fields, and design feasible quantum engines with quantum technology as the core.
Suggested Future Research Fields:
Design and Analysis of Combustion Chamber of Miniature Turbojet Engine
Research on Flowing Combustion Performance of Engine Combustion Chamber
Research on Trusted Access Model of Nodes in Quantum Communication Network
Research on Weak Energy Quantum Engine
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