Experimental progress report on identifying excited states like 12C(0+2) and 12C(3-) as dominant in 12C to 3-alpha and 16O to 4-alpha relativistic dissociation via invariant mass from fragment emission angles in nuclear emulsion.
While accounting for about a third of the statistics12C→3α, in the case of 12C→ α8Be(0+) the total contribution of12C(0+
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Current problems of studying relativistic dissociation of light nuclei in nuclear emulsion
Experimental progress report on identifying excited states like 12C(0+2) and 12C(3-) as dominant in 12C to 3-alpha and 16O to 4-alpha relativistic dissociation via invariant mass from fragment emission angles in nuclear emulsion.