:: I still wonder if F�rster resonance energy transfer could work on induced gamma emission, though one person's opinion before was " probably not " . talk ) 19 : 02, 27 October 2012 ( UTC)
22.
However, since there is a short time delay between the beta decay and the high energy gamma emissions and the third and fourth gamma rays, it is said that the lower energy gamma rays are " delayed ".
23.
The process of isomeric transition ( that is, the gamma decay of nuclear isomers ), is therefore similar to any gamma emission from any excited nuclear state, but differs in that it involves excited metastable states of nuclei with longer half lives.
24.
The stainless steel has only a small ability to be activated and the small activity due to 55 Fe and 63 Ni are unlikely to pose a problem in the final application because these isotopes are beta emitters, which have very weak gamma emission.
25.
An analog of gamma emission which allows excited nuclei to lose energy in a different way, is internal conversion a process that produces high-speed electrons that are not beta rays, followed by production of high-energy photons that are not gamma rays.
26.
The alternative routes to 238 Pu use the ( n, ? ) reaction of 237 Np, or the deuteron bombardment of uranium, which both always produce 236 Pu as an undesired by-product since the latter decays to 232 U with strong gamma emission.
27.
Though I'm not sure what the nano factory does, I doubt that energy storage is a permanent limitation ( see induced gamma emission-though I never did get an answer whether FRET would work on it, which would greatly reduce the lost heat ).
28.
It doesn't say whether " monochromatic " neutrons all with a single speed will have different results based on the speed, or whether some kind of absorption or other effect ( along the line of induced gamma emission ) could occur with the right background photons.
29.
In some cases, the gamma emission spectrum of the daughter nucleus is quite simple, ( e . g . / ) while in other cases, such as with ( / and / ), the gamma emission spectrum is complex, revealing that a series of nuclear energy levels exist.
30.
In some cases, the gamma emission spectrum of the daughter nucleus is quite simple, ( e . g . / ) while in other cases, such as with ( / and / ), the gamma emission spectrum is complex, revealing that a series of nuclear energy levels exist.
