Energy for photodisintegration of deuterium?

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Calculating the energy required for the photodisintegration of deuterium involves understanding the difference in binding energy between the initial atom and its products, which provides a minimum energy requirement. However, additional factors such as the cross-section near the energy threshold must also be considered, as it can be quite small. Experimental methods may be necessary to obtain precise values, as theoretical calculations alone may not suffice. For those seeking specific data, a table of photodisintegration values or the exact energy for deuterium would be beneficial. Overall, while binding energy offers a starting point, comprehensive analysis requires consideration of multiple factors.
Arun S. Johnson
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Is there a logical method to calculate the energy of a photon that would be needed for photodisintegratio? Could one simply use the difference in binding energy between the initial atom and products, are there more factors that need to be considered, can it only be determined experimentally? If the case is that there is no simple way to determine energy for photodisintegration, would someone be kind enough to point me towards a table of photodisintegration values, or simply the value for deuterium? Many thanks!
 
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The difference in binding energy gives you the absolute minimum. The cross-section could be small very close to the threshold.
 
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