“…[3] have also studied the *2~ ny) reaction to levels below 450 keV in ~2~ They placed the 3 § isomer at 78 keV above the 1 § isomer, which they assumed to be the ground state. They also postulated the existence of a 8.4 keV 2-state (as predicted in [2]) Present address: Rocky Mountain Energy, Inc. Denver, Colorado, USA 2 Present address: Houston, Texas, USA 3 Present address: Princeton Plasma Physics Lab, Princeton, New Jersey, USA 4 Present address: Molitor, Inc., Englewood, Colorado, USA s Supported in part by U.S. DOE in order to obtain a consistent interpretation of their 7-7 coincidence data; this state must decay by an E1 transition to the ground state and is probably also isomeric. The present study of the 12~ ny) reaction was undertaken in order to extend the results of Adachi et al [3] to higher excitation.…”