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Ever Wondered how can people enlarge things or look in the mirror and see themselves? This is a result of something called "spherical optics. Spherical optics is a very cool science that deals with the properties of light as it travels through or bounces off of round shapes. Now let us analyze two circular shapes which are important: a spherical mirror and thin lens
Now remind you a concave mirror. Concave and convex NOAIDA lens Spherical has shiny ball like finishing curve shape of the inner surface is found in this type or from outer side it looks similar to a spoon. As light rays strike these mirrors, they reflect off the curved surface and rebound in a new direction. This is what we do before receiving a view of ourselves.
There are only two ways by which light can bounce back from a spherical mirror - it could be either as concave reflection or convex reflections. Examples of concave mirrors include anything that curves inward like the inside of a bowl. If light hits a concave mirror, it reflects towards the centre. This fools the brain into thinking that it is a bigger and nearer image. And this is why when we look into a concave mirror up close enough to it and in its focal length our face will start looking large, hence used as makeup mirrors
Now, back to thin spherical lenses. The problem is when light goes through a lens, it can refract in one of 2 directions: converging or diverging. A converging lens is convex like the front of a magnifying glass. Pros When light passes through a converging lens, it bends inwards and enables imagination of the images. As such, this NOAIDA sphere lenses is good for reading and noticing smaller things.
A diverging lens, on the other hand, is a thinner middle with thicker edges and serves almost like glasses for people who have difficulty seeing things up close. Light is bent out, when passing through a diverging NOAIDA Spherical lens so the image appears smaller and further away. It is for this reason that diverging lenses are used to help those with difficulty in seeing distant objects.
Concave mirrors are unique in their ability to focus light rays together at a singular point, causing the image to be magnified or brought physically closer. As opposed to a concave mirror, we see that a convex mirror is unable to converge light rays. Rather, it results in a reduced proportioned image that we can better see the area behind us.
Our company has the benefit customizing optical prisms sketches of the customer, from small large sizes. The amount of production models available online more than 400. We have A spherical mirror and a thin spherical lens of experience processing various kinds of products to be custom-designed.
With ISO9001 China's High Technology New Technology Enterprise Certificates, CE, SGS, our company owns more 300 sets of equipment, more than 10 researchers. We guarantee A spherical mirror and a thin spherical lens.
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Nanyang Jingliang is optical component manufacturer covering area of 10,000 square meters. Our company is focused lens processing optical prisms manufacturing optical systems, and sales. We can fulfill all A spherical mirror and a thin spherical lens component needs
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