Optical coating for specific view angle

In summary, optical coating for specific view angle is a type of thin film coating that is applied to optical components to control the angle of light transmission or reflection. It is applied using physical vapor deposition and has benefits such as improved image quality and durability. It differs from other optical coatings in its specific focus on controlling light angle.
  • #1
newshurik
5
0
I constructing 3D shape of about 2 millimeters sized.
Which kind of optical coating will give me 10 degrees of half view angle for reflected light in visual spectrum ?

thanks

Alex
 
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  • #2
newshurik said:
I constructing 3D shape of about 2 millimeters sized.

Why, how, and what?
 

1. What is optical coating for specific view angle?

Optical coating for specific view angle refers to a type of thin film coating that is applied to the surface of an optical component, such as a lens or mirror, to control the angle at which light is transmitted or reflected.

2. What is the purpose of optical coating for specific view angle?

The purpose of optical coating for specific view angle is to improve the performance and efficiency of optical components by reducing unwanted reflections, increasing light transmission, and enhancing contrast and color accuracy.

3. How is optical coating for specific view angle applied?

Optical coating for specific view angle is typically applied using a process called physical vapor deposition (PVD), where a thin layer of material is deposited onto the surface of the optical component using a vacuum chamber.

4. What are the benefits of using optical coating for specific view angle?

The benefits of using optical coating for specific view angle include improved image quality, increased durability and longevity of optical components, and enhanced performance in various lighting conditions.

5. How does optical coating for specific view angle differ from other types of optical coatings?

Optical coating for specific view angle differs from other types of optical coatings in that it is specifically designed to control the angle of light transmission or reflection, rather than simply reducing reflections or increasing light transmission in general.

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