示例3
Example 3
第一届智能光学设计大赛
The 1st Intelligent Optical Design Competition
应用场景描述
Application Scenarios Description
大赛申报主题：由陡峭浮雕结构引起的干涉仪衍射现象研究
Theme: Investigation of Diffraction in Interferometer Caused by Sharp Relief
申报人姓名（如多人，请写多个名字）：张三
Name (If there are multiple people, please write multiple names): Zhang San
申报单位：讯技光电科技（上海）有限公司
Units: INFOTEK SHANGHAI
应用领域（教育领域 / 科研领域 / 工业领域）: 教育领域
Applications(Education/R&D/Industry)：Education
应用场景描述：
Application Scenarios Description：
由陡峭浮雕结构引起的干涉仪衍射现象研究
摘要
在光学系统中，由孔径和边缘引入的衍射效应对光的传播有很大的影响。本示例展示了在迈克尔逊干涉仪中具有矩形高度浮雕的反射样品系统中的衍射效应。
 系统描述
Investigation of Diffraction in Interferometer Caused by Sharp Relief
Abstract
Diffraction effects introduced by apertures and edges can have a strong impact on light propagation in optical systems. In this application, diffraction effects are showcased in a system with a reflective sample with a rectangular height relief in a Michelson interferometer.
System Demonstrate
填写完成后，请将此文件与签字版大赛承诺书一并发送邮件至 virtuallab@infotek.com.cn ，邮件标题与本文件标题请保持一致。
After completing the filling, please send this document along with the signed version of the competition commitment via email to virtuallab@infotek.com.cn, Please keep the email title consistent with this file title.
应用场景描述撰写注意事项：
Notes on writing application scenario description:
1. 我们欢迎任意类型光学系统的投稿，不仅仅局限于该示例。
We welcome any type of optical system, not limited to this examples !
2. 请使用150-250字清晰简洁地描述您的场景，并用通过示意图来展示场景的建模和设计思路。
Please use 150-250 words for a clear and concise description of your scene and an illustration to demonstrate the modeling and design of the scenario.
3. 在您的场景描述或演示中，您需要清楚地描述光源是什么，元件是什么，要测量什么物理量，或者要达到什么目的。
In your scene description or demonstrate, you need to clearly describe what the light source is, what the component is, what the physical quantity is to be measured, or what the purpose is to be achieved.
4. 您的应用场景，需要提交中英文双语版本。
Your application scenario requires submission of bilingual versions in both Chinese and English.
您仅需提交以上信息即可，以下链接为该示例的完整描述，请您参考。
You only need to submit the content of the above information. The following link provides a complete description of the case for your reference:
由陡峭浮雕结构引起的干涉仪衍射的研究 - 讯技光电科技(上海)有限公司 (infotek.com.cn) |
