10% energy loss glass special structure ?

In summary, the structure of glass allows light to pass through and lose 10% of its energy due to partial reflection at the surfaces and absorption by the material. This absorption can lead to the material heating up. Other transparent objects, such as diamond and table salt, also exhibit similar properties.
  • #1
aiop
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What about the structure of glass allows light to pass through, lose 10% of its energy then keep on going when all other object seem to absorb light. what makes clear objects structures so special.

When the lights goes through the (regular) glass and loses energy is it losing energy in the form of heat? isn't glass an insulator and could probably not be absorbing 10% of the light waves energy that is hitting it.
 
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  • #2
aiop said:
When the lights goes through the (regular) glass and loses energy is it losing energy in the form of heat? isn't glass an insulator and could probably not be absorbing 10% of the light waves energy that is hitting it.
The energy loss is due to the partial reflection at the surfaces and absorption by material, the latter leads to the material heating.
 
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  • #3
There are many "over objects" transparent for visible light. Diamond and table salt are just two well known examples. Many other crystals have similar behaviour.
 

1. What is "10% energy loss glass special structure"?

The term refers to a type of glass with a special structure that is designed to reduce energy loss by 10%. This means that it is more energy efficient compared to regular glass.

2. How does the special structure of this glass reduce energy loss?

The special structure of this glass includes multiple layers of low-emissivity coatings, which reflect heat back into the room and prevent it from escaping through the glass. This results in a lower amount of energy lost through the glass.

3. Is "10% energy loss glass special structure" more expensive than regular glass?

Yes, this type of glass is typically more expensive than regular glass due to the additional coatings and special structure. However, the long-term energy savings and benefits may outweigh the initial cost.

4. Can this glass be used for all types of windows?

Yes, "10% energy loss glass special structure" can be used for all types of windows, including residential and commercial windows. It is also available in different sizes and shapes to fit different window frames.

5. What are the other benefits of using "10% energy loss glass special structure"?

In addition to reducing energy loss, this type of glass also offers other benefits such as reducing outside noise, blocking harmful UV rays, and improving overall insulation of a building.

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