Need help finding EUV Spectrum from 0 - 10 nm

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In summary, The individual is seeking assistance in locating an atomic spectrum for O2 and N2, but has been unable to find complete information on the internet. They have attached a chart that only goes from 10nm to visible and are looking for information on the VUV, UV, and visible spectrum. They have found additional information on the spectrum of O2 on a website, including a data table from 1979 that goes down to 4.1 nm. They also mention confusion about the use of "0 nm" in the title.
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Kaleb
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Hey all,

I am trying to locate an atomic spectrum for the following elements.
O2 and N2

I have the information from 10nm - Visible, but the internet seems to be always missing the first piece of information that is vital to my experiment. Thanks for any assistance in locating. I have attached a copy of the chart that I used thus far, but it only goes from 10nm to visible as stated above.
 

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FAQ: Need help finding EUV Spectrum from 0 - 10 nm

1. What is EUV spectrum?

The EUV (extreme ultraviolet) spectrum is a range of electromagnetic radiation with wavelengths between 0 and 10 nanometers (nm). It is a type of light that is invisible to the human eye, but is used in various scientific and technological applications.

2. Why is it important to find the EUV spectrum from 0 - 10 nm?

Finding the EUV spectrum from 0 - 10 nm is important because it contains valuable information about the structure and behavior of matter at the atomic and molecular level. This information is crucial for understanding and developing technologies such as lithography, solar energy, and plasma physics.

3. How is the EUV spectrum from 0 - 10 nm measured?

The EUV spectrum from 0 - 10 nm is measured using specialized instruments such as spectrographs or spectrometers. These instruments can detect and measure the intensity of EUV radiation at different wavelengths, allowing scientists to create a spectrum of the radiation being emitted.

4. What factors affect the EUV spectrum from 0 - 10 nm?

The EUV spectrum from 0 - 10 nm can be affected by several factors, including the energy source producing the radiation, the characteristics of the medium through which the radiation travels, and the presence of any absorbing or reflecting materials. Additionally, the shape and intensity of the spectrum can be influenced by the instrument used to measure it.

5. How is the EUV spectrum from 0 - 10 nm used in different fields of science?

The EUV spectrum from 0 - 10 nm is used in a variety of fields, including astrophysics, materials science, and plasma physics. It is also a crucial component in the development of EUV lithography, a technology used in the production of computer chips. Additionally, the study of the EUV spectrum can provide valuable insights into the behavior of matter in extreme conditions, such as inside stars or in high-energy particle collisions.

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