UV absorption is done by ozone. It is present as ozone layer.
Quantum transition for the UV-VIS absorption refers to taking the electron transitions associated with visible and ultraviolet.
When a molecule absorbs UV, it decomposes. Ozone also does the same.
Aromatic compounds, conjugated dienes, and compounds with extensive pi-electron systems often show UV absorption bands. These compounds have delocalized electrons that can undergo electronic transitions when exposed to ultraviolet light, leading to absorption of UV radiation.
Sorry, but your data is wrong. Nitrogen does reach the surface. Its 4/5 th of the atmosphere.
That means your blank has a higher absorption at that particular wavelength than the sample. This really shouldn't happen assuming your blank is water.
To determine UV-absorption you need to use UV-light. And there's a defined wavelength for UV-light.
Quantum transition for the UV-VIS absorption refers to taking the electron transitions associated with visible and ultraviolet.
UV rays are harmful rays of the sun. They are absorbed by the ozone layer.
When a molecule absorbs UV, it decomposes. Ozone also does the same.
Aromatic compounds, conjugated dienes, and compounds with extensive pi-electron systems often show UV absorption bands. These compounds have delocalized electrons that can undergo electronic transitions when exposed to ultraviolet light, leading to absorption of UV radiation.
For example UV-VIS absorption spectrophotometry.
it is the absorption maximum for formaldehyde...
The ozone absorption of UV rays maintain a ozone cycle. This ozone cycle is maintained by sun's rays.
No. Deep UV refers to 193 - 245 nm UV radiation which can be easily controlled using conventional optics and created by conventional lasers. Extreme UV refers to shorter wavelength UV light (around 13 nm) which comes with a number of engineering challenges related to absorption, requiring the optics to be contained within a vacuum and the use of purely reflective optics to minimize absorption by air and glass, respectively.
The stratosphere is where the temperature increases with height. This is due to absorption of UV radiation by atmospheric ozone.
Sorry, but your data is wrong. Nitrogen does reach the surface. Its 4/5 th of the atmosphere.
That means your blank has a higher absorption at that particular wavelength than the sample. This really shouldn't happen assuming your blank is water.