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成绩单翻译光纤通讯技术与光学加工技术课程英文用词

摘要:光纤通讯技术与光学加工与检测技术在翻译成英文名字方面,常见的就是学生成绩单翻译课程名,课程名在翻译方面,院校一般会提供专业的英文用词,您在需要翻译时可以参考使用。

光纤通讯技术与光学加工与检测技术在翻译成英文名字方面,常见的就是学生成绩单翻译课程名,课程名在翻译方面,院校一般会提供专业的英文用词,您在需要翻译时可以参考使用。

成绩单上面课程中文名称:光纤通讯技术

成绩单翻译课程英文名称:Fiber-Optical Communications Technology

课程简介:

光电信息工程专业主要专业课之一。

光纤通信以光波作为信息载体、以光导纤维作为传输介质,具有巨大的带宽和极低的传输损耗, 因而正在成为信息时代最主要的信息传输方式。

开设本课程使学生在掌握光纤通信基本理论的同时,较深入地学习光波导理论,使其具备从事光通信器件生产、制造、性能测试等工作的专业知识。

基本内容:掌握光纤通信系统的组成及各环节的功能,光纤的结构与导波原理,光纤的特性与测试方法,接收与发射以及光纤网络器件的工作原理。

Course Description:

Fiber-Optical Communications Technology is one of the main specialized courses of Optoelectronic Information Technology and Instrumentation Engineering.

Fiber-Optical Communications is a technology that transfers information with light wave through fiber, the bandwidth of which is wider and the wastage lower. And it is becoming the uppermost way of information transmission in the age of information.

Students will get further knowledge of the wave-guide Theory of Light, and be equipped with professional knowledge of work, such as producing, manufacturing, and capability testing of optical communications devices.

Basic contents: To learn the constitute of the fiber-optical communications system and functions of all parts, structure of fiber, the theory of wave-guide, the property and testing way of fiber and the working principle of receiving, the working principle of sending and fiber network devices.

成绩单里的课程中文名称:光学加工与检测技术

成绩单翻译的课程英文名称:Optical Processing and Testing

课程简介:

本课程以应用光学、物理光学、精密机械学基础和光学系统设计课程为前期基础,围绕经典加工与车间检测技术和现代前沿技术两个方面,介绍常用光学元件加工工艺和检测方法、光学系统的测试评价方法以及检测仪器工作原理等。通过开展综合性理论学习与技术实践,培养学生理论与生产实践相结合的工程设计能力,并了解本领域前沿技术发展趋势。本课程为光电信息与仪器工程和测试技术与仪器专业本科学生选修课。课程共计 32 学时,2 学分。

Course Description:

Pre-requirements listed as Applied Optics, Physical Optics, Precise Mechanics and Optical System Design. Cover the two aspects of both classical fabrication and workshop test and modern frontier techniques.

Introductions to fabrication process and test, evaluation approach on optical systems and also the principles of instrumentation. Taught through all-round theory studies and technical practices, students are required to be improved in ability of engineering design by combining theory and productive practice and understand tendency of frontier techniques in this field. Optional elective for undergraduate majors in Opto-electronic Information and Instrument Engineering, or Test, Control and Instrumentation. Total 32 hours and 2 points.


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