Radiation that interacts with hydrogen

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    Hydrogen Radiation
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Hydrogen gas is generally transparent to most radiation, but specific wavelengths can interact with it by exciting its electrons, resulting in a characteristic spectrum. This interaction primarily leads to heating rather than a pushing effect. The discussion also explores the possibility of using electrons to push hydrogen, noting that due to the mass ratio of electrons to hydrogen atoms, any effect would be minimal unless the electrons are traveling at very high speeds. Overall, while radiation can interact with hydrogen, the practical implications for propulsion are limited. Understanding these interactions is crucial for applications in physics and engineering.
Northprairieman
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Hi there,

Is hydrogen gas transparent to most radiation or is there a wavelength that interacts with hydrogen?

I'm asking because I want to know if it's possible to "push" hydrogen in a vacuum with some kind of photons.
 
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Radiation interacts with hydrogen by exciting the electrons. The particular wavelengths show up as the spectrum for hydrogen. The effect is essentially heating, not pushing.
 
Thanks for the response. Could you push hydrogen by shooting electrons at it?
 
Northprairieman said:
Thanks for the response. Could you push hydrogen by shooting electrons at it?
Possibly, but remember the mass ratio is almost 1000 to 1, so the effect would be minuscule unless the electrons were very fast.
 
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