On Sun, Feb 1, 2015 at 2:14 PM, Bob Cook frobertc...@hotmail.com wrote:
With the interaction of particles with linear momentum something has to be
produced that conserves this momentum and yet is an allowed energy state in
the new system.
Hi Bob,
I have heard elsewhere that a reaction along
In reply to Eric Walker's message of Sun, 1 Feb 2015 11:48:59 -0800:
Hi Eric,
It must be one of the thousands that I deleted unread, however I wouldn't expect
that sort of thing to affect gamma radiation. OTOH it certainly will affect
*measured* alpha radiation. The travel distance of an alpha
On Sun, Feb 1, 2015 at 12:49 PM, mix...@bigpond.com wrote:
It must be one of the thousands that I deleted unread, however I wouldn't
expect
that sort of thing to affect gamma radiation.
Maybe. But consider for a moment the decay of a [dd]* compound nucleus,
which normally follows one of the
Eric etal--
I have always thought that the so called branching ratios were associated with
potential states of the system that conserve linear momentum and angular
momentum of the earlier system that is subject to decay. With the interaction
of particles with linear momentum something has to
Hi,
Sometime back there was a Vortex thread where we were looking at the
question of whether electron charge density might be play a role in gamma
decays. A point in question was whether gamma branches in the decays of
solid radioisotopes might be affected by electron charge density. A
Eric--
I do not profess to understand how the spin is distributed. I doubt that the
reaction involving a 24 MEV electron reflects reality. The angular momentum
associated with neutrinos is a possibility. Potentially the energy and angular
momentum is associated with neutrinos that escape
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