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This lecturer has brilliant communication skills
Yes, the fission threshold for uranium 238 is about 1 MeV. There is no fission threshold for uranium 235; thermal (0.025 eV) or even slower neutrons will split a uranium 235 nucleus.
4:40: m is not millisecond but minute
"Yeah, I like polonium and radon. How could you tell?"
wonderful explanation
This video is awesome for a beginner! Thank you!!
this video doesnt like staying in my playlist for some reason. 👀
Once you get to Bismuth you’re home free.
@outreachc21 I have read the same thing.
Thank you so much! I am learning to work with reactors and this was extremely helpful!!
Very simple explanation, thank you!
Excellent explanation - he even sounds like Carl Sagan :-)
very stable presentation . something Lead me here.
terrible
Better check your C14.
Thank you so much!
hmmmmm very interesting
"each nucliiiiide"
This lecturer has brilliant communication skills
Yes, the fission threshold for uranium 238 is about 1 MeV. There is no fission threshold for uranium 235; thermal (0.025 eV) or even slower neutrons will split a uranium 235 nucleus.
4:40: m is not millisecond but minute
"Yeah, I like polonium and radon. How could you tell?"
wonderful explanation
This video is awesome for a beginner! Thank you!!
this video doesnt like staying in my playlist for some reason. 👀
Once you get to Bismuth you’re home free.
@outreachc21 I have read the same thing.
Thank you so much! I am learning to work with reactors and this was extremely helpful!!
Very simple explanation, thank you!
Excellent explanation - he even sounds like Carl Sagan :-)
very stable presentation . something Lead me here.
terrible
Better check your C14.
Thank you so much!
hmmmmm very interesting
"each nucliiiiide"