Where Can I Find an Animation of Nitrogen/Helium Liquifaction?

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The discussion centers on finding an animation of the liquefaction process for nitrogen and helium. Users clarify that the request is for an animated representation of gas molecules being cooled, rather than a video showing industrial manufacturing processes. Suggestions include checking resources from major companies like BOC and Air Products for potential materials. The liquefaction process itself involves compressing gas, extracting waste heat, and bottling the final product. Overall, the user seeks a visual explanation of the molecular cooling process.
avinash1968
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Dear Friends,
I want to explain the liquifaction of Nitrogen/Helium. Does anyone has a short movie related to this? or can I download from some site.

Avinash1968
 
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Do you mean a video of it being manufactured - that is probably just going to show a lot of pipes and clouds of water vapour.
Big makers are BOC and AirProducts, they may have some material.
Or do you mean an animation of gas molecules being cooled - I don't have any but there probably are some on the net.

It's not very complicated, compress gas, extract waste heat, boil off the other consituents, bottle, sell.
 
mgb_phys said:
Do you mean a video of it being manufactured - that is probably just going to show a lot of pipes and clouds of water vapour.
Big makers are BOC and AirProducts, they may have some material.
Or do you mean an animation of gas molecules being cooled - I don't have any but there probably are some on the net.

It's not very complicated, compress gas, extract waste heat, boil off the other consituents, bottle, sell.

Thanks for your reply. I mean just an animated film and not the one with lot of pipes and clouds
 
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I am attempting to use a Raman TruScan with a 785 nm laser to read a material for identification purposes. The material causes too much fluorescence and doesn’t not produce a good signal. However another lab is able to produce a good signal consistently using the same Raman model and sample material. What would be the reason for the different results between instruments?

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