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光学元件
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光学元件
什么是球透镜和半球透镜
球面透镜属于一种特殊形式的双凸透镜,其几何形状为球体。球面透镜通常由单一材料制成,通常使用在所需波长区域具有良好透光性的光学玻璃。球面透镜的典型应用包括光纤领域的光聚焦(例如激光与光纤耦合、光纤间耦合)、发光器件和探测器。半球透镜是球面透镜的变体,更适合用于紧凑型设计。
Super Polished Substrates or Mirrors
Hangzhou Shalom EO has successfully evolved the classical super-polishing technique, the technique developed by Shalom EO could ensure roughness less than 1Å of the optics while accommodating volume quantity production.
Optical Basics: What is FOV (Field of View)
For optical imaging instruments and components, understanding the basic concept of FOV (Field of View) is fundamental for selecting the appropriate optical lenses and components that meet your specific requirements. Here Shalom EO will state the definitions, the equations, and the real-life interpretations of these concepts.
Optical Substrate Material Selection Guide
The selection of optical substrate material is a vital step to determine the best appropriate optics for your individual applications. The characteristics(optical transmission, refractive index, hardness, etc.) of representative optical materials such as N-BK7, UV Fused Silica, Zerodur Glass, Chalcogenide Glass, BaF2, CaF2, MgF2, Germanium, Zinc Selenide, ZnS, Sapphire, Silicon, alpha-bbo, calcite, YVO4, and F2 glass are introduced and compared in this article from Shalom.
Optical Basics: Spherical Aberrations and Coma
This is a short piece of explanations about spherical aberrations and coma/comatic aberrations, which belong to the wider range of optical aberrations. Straightforward and readable detailed information, illustration diagrams of the complex and intriguing concepts of spherical aberrations and coma/comatic aberrations.,
Selection Tutorial for Lens Assemblies
This is a basic tutorial and guide to help you understand some important glossaries when you are selecting Optical Lenses and Camera Lenses.
光学蓝宝石窗口制造全解析
全面解析光学蓝宝石窗口的制造过程,包括大块单晶蓝宝石生长、晶体切割取向、径向磨削、抛光及清洗技术,适用于激光窗口、手机屏幕和工业防护应用。
蓝宝石窗口的优势与应用
蓝宝石窗口在与其他玻璃材质相比时表现出色,尤其在表面硬度高、耐用性强和功能多样性方面。本文将讨论蓝宝石窗口的优势与应用。
光学像差详解:色差、场曲、畸变与散光
本文详细介绍了光学像差的种类,包括色差、场曲、畸变和散光,解释了它们的形成原理、对图像质量的影响,以及常用的校正方法,适合光学设计和摄影爱好者参考。
Lens Selection Guide
This article enumerated the different lens classifications including plano-convex lens, plano-concave lens, double-convex lens, double-concave lens, meniscus lens, ball/half-ball lens, achromatic doublet lens, cylindrical plano-convex lens/plano-concave lens, rod lens, and aspheric lens, exploring their characteristics, and the appropriate context to use them.
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