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jms4
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Glass allows visible light to pass through I would like to find a list of materials that allows lights of different EM spectrum to pass through, not just the above, Searched throughout google, couldn't find any!.
Thank you, I'll be looking into itBystander said:https://www.google.com/search?q="germanium+optical+properties"&rlz=1C1CHFX_enUS577US577&oq="germanium+optical+properties"&aqs=chrome..69i57.42279j0j8&sourceid=chrome&ie=UTF-8 To the moderators: could we leave this here as a demonstration/tutorial of "Google-fu?"
I am not a moderator, but as the link contains information specific to your browser, and the selection of search terms requires knowledge that germanium has some of the desired properties I think there is scope to improve the example.Bystander said:To the moderators: could we leave this here as a demonstration/tutorial of "Google-fu?"
jms4 said:Glass allows visible light to pass through I would like to find a list of materials that allows lights of different EM spectrum to pass through, not just the above, Searched throughout google, couldn't find any!.
Materials that allow IR or UV light to pass through are known as transparent materials. Examples include glass, plastics, and certain types of crystals.
IR (infrared) light has longer wavelengths and is not visible to the human eye. UV (ultraviolet) light has shorter wavelengths and is also not visible to the human eye. Both types of light fall within the electromagnetic spectrum, but they have different effects on materials and living organisms.
Materials that allow IR or UV light to pass through are important for a variety of reasons. For example, they can be used in windows to allow natural light into buildings while also blocking harmful UV rays. They are also essential in technologies such as solar panels and medical imaging devices.
Some common properties of materials that allow IR or UV light to pass through include high transparency, low reflectivity, and high refractive index. They also have the ability to absorb and transmit specific wavelengths of light, depending on their composition and structure.
While materials that allow IR or UV light to pass through can have many benefits, they can also be harmful if not used properly. UV light, in particular, can cause damage to the skin and eyes, which is why it is important to wear protective gear when working with UV-transparent materials. Additionally, some materials that allow IR or UV light to pass through may emit harmful radiation, so it is important to be cautious when handling them.