The discussion centers around the fusion reaction between deuteron and tritium, specifically addressing the source of the energy released (approximately 17.59 MeV) despite the initial mass of the reactants being greater than that of the products. Participants explore the mass discrepancies and the implications for energy release in nuclear reactions.
Participants express uncertainty regarding the mass values and the implications for energy release, with some corrections and clarifications made, but no consensus is reached on the overall understanding of the energy source in the reaction.
Limitations include potential inaccuracies in mass values from different sources and the need for careful verification of data when discussing nuclear reactions.
That is the point. The initial mass is larger - a small part of that stored energy is released in the reaction.Jasiu said:although sum of substrates's mass is greater than sum of products's mass?
There is no mass of the alpha (note the spelling) particle in the article about hydrogen isotopes.Jasiu said:It's wiki mistake about Alfa mass (https://en.wikipedia.org/wiki/Isotopes_of_hydrogen)