John A. Church

Variation with mass ofB(E3;01+→31−)transition rates inA=124−134even-mass xenon nuclei

B(E3; 0_1^+ \to 3_1^-)

Variation with mass of B(E3;0{sup +}3⁻) transition rates in A=124-134 even-mass xenon nuclei

transition matrix elements have been measured for even-mass

E2 excitation strength in âµâµNi: Coupling of the âµâ¶Ni 2â{sup +} collective core vibration to the fââ odd neutron hole

^{124-134}

Inelastic proton scattering by ^46Ar and ^44S and the N=28 shell closure

Xe nuclei using sub-barrier Coulomb excitation in inverse kinematics. The trends in energy

New direct reaction: Two-proton knockout from nuclei near the neutron drip line

E(3^-)

Coulomb Excitation of the Neutron-rich Nuclei ^34Mg, ^35,36Al, and ^37Si

and

Neutron Knockout Reactions For Nuclei Along N=16

B(E3; 0_1^+ \to 3_1^-)

Coulomb Excitation of even-even Xenon Nuclei from A=124 to 134.

excitation strengths are well reproduced using phenomenological models based on a strong coupling picture with a soft quadrupole mode and an increasing occupation of the intruder

Collectivity in the Neutron-rich Nuclei ^34Mg ^35,36Al, and ^37Si

h_{11/2}