Difference between revisions of "User:ShirleyH22"

From OSM Icons
Jump to: navigation, search
(Created page with "What's an achromatic lens?<br><br>An achromatic lens or Achromat is a lens that is created with the goal of limiting the effects of lens(chromatic and spherical) aberration. A...")
 
m
 
Line 1: Line 1:
What's an achromatic lens?<br><br>An achromatic lens or Achromat is a lens that is created with the goal of limiting the effects of lens(chromatic and spherical) aberration. Achromatic lenses are adjusted to attract two wavelengths to concentrate in precisely the exact same plane.<br><br>What is a chromatic aberration?<br><br>Chromatic aberration, too Called chromatic distortion and spherochromatism, is an effect caused from dispersion as a result of failure of a lens to focus all colours to the same convergence point. When white light passes through glass, each wavelength element of this light is separated and concentrates at different points onto a plane. Chromatic aberration appear as "fringes" of color along boundaries that separate dark and bright parts of the image, due to every color in the optical spectrum cannot be focused at one common point.<br><br>What's a spherical aberration?<br><br>Spherical aberration is an Optical effect that happens in a lens due to the increase of refraction of light beams when it strikes the lens. The generated image will end in imperfection. Both this phenomenon suggests that the lens isn't working normally.<br><br>Achromatic double lenses<br><br>Achromatic doublet is the Most common sort of achromat lens. Generally, it is composed of 2 individual lenses made from glasses with different amounts of dispersion.<br><br>Achromatic lenses use 2 Different glass materials of distinct dispersion to refocus the individual wavelengths of light into one focal point.<br><br>Achromatic lenses can be Used to adjust the line of sight and focus laser beams. These lenses are widely used in high quality digital imaging, surface inspection, and spectroscopy applications.<br><br>Shanghai Optics Specializes in manufacturing high precision custom Achromatic doublet lenses According to customer's specifications. As seen on [http://lens-design.over-blog.com/2017/10/getting-the-best-lenses-from-the-market.html [http://lens-design.over-blog.com/2017/10/getting-the-best-lenses-from-the-market.html Suggested Website]].
+
What's an achromatic lens?<br><br>An achromatic lens or Achromat is a lens that is created with the goal of limiting the consequences of lens(chromatic and spherical) aberration. Achromatic lenses are adjusted to attract two wavelengths to focus in the same plane.<br><br>What's a chromatic aberration?<br><br>Chromatic aberration, too Called chromatic distortion and spherochromatism, is an effect generated from dispersion as a result of failure of a lens to focus all colors to the identical convergence point. When white light passes through glass, every wavelength element of the light is separated and concentrates at different points on a plane. Chromatic aberration appear as "fringes" of color along boundaries that separate dark and bright parts of the image, due to each colour in the optical spectrum can't be focused at a single common point.<br><br>What is a spherical aberration?<br><br>Spherical aberration is an Optical effect that occurs in a lens due to the gain of refraction of light rays as soon as it strikes the lens. The produced image will end in imperfection. Both this happening signifies that the lens is not functioning normally.<br><br>Achromatic double lenses<br><br>Achromatic doublet is your Most frequent type of achromat lens. Normally, it consists of 2 individual lenses made from glasses with different amounts of dispersion.<br><br>Achromatic lenses use 2 Different glass substances of different dispersion to refocus the individual wavelengths of light into one focal point.<br><br>Achromatic lenses may be Used to adjust the line of sight and concentrate laser beams. These lenses are widely utilized in high quality digital imaging, surface inspection, and spectroscopy applications.<br><br>Shanghai Optics Specializes in manufacturing high precision custom Achromatic doublet lenses According to client's specifications. Take a look at related web site.

Latest revision as of 17:15, 19 October 2017

What's an achromatic lens?

An achromatic lens or Achromat is a lens that is created with the goal of limiting the consequences of lens(chromatic and spherical) aberration. Achromatic lenses are adjusted to attract two wavelengths to focus in the same plane.

What's a chromatic aberration?

Chromatic aberration, too Called chromatic distortion and spherochromatism, is an effect generated from dispersion as a result of failure of a lens to focus all colors to the identical convergence point. When white light passes through glass, every wavelength element of the light is separated and concentrates at different points on a plane. Chromatic aberration appear as "fringes" of color along boundaries that separate dark and bright parts of the image, due to each colour in the optical spectrum can't be focused at a single common point.

What is a spherical aberration?

Spherical aberration is an Optical effect that occurs in a lens due to the gain of refraction of light rays as soon as it strikes the lens. The produced image will end in imperfection. Both this happening signifies that the lens is not functioning normally.

Achromatic double lenses

Achromatic doublet is your Most frequent type of achromat lens. Normally, it consists of 2 individual lenses made from glasses with different amounts of dispersion.

Achromatic lenses use 2 Different glass substances of different dispersion to refocus the individual wavelengths of light into one focal point.

Achromatic lenses may be Used to adjust the line of sight and concentrate laser beams. These lenses are widely utilized in high quality digital imaging, surface inspection, and spectroscopy applications.

Shanghai Optics Specializes in manufacturing high precision custom Achromatic doublet lenses According to client's specifications. Take a look at related web site.