论文信息 - THE GIANT PHOTONUCLEAR RESONANCE IN THE RARE EARTH REGION

THE GIANT PHOTONUCLEAR RESONANCE IN THE RARE EARTH REGION

The giant resonances of nuclear photodisintegration show a strong correlation between their width and the distance from doubly closed shells. In particular the width becomes very great in the rare earth region of large permanent nuclear deforinations. It is shown, with the aid of the Nilsson level schemes for a deformed harmonic oscillator potential, that the independent particle model of the giant resonance is capable of providing a quantitative explanation of this broadening. (auth)

D. Wilkinson

[1] G. E. Brown,et al. DISPERSION THEORY OF THE DIRECT PHOTOEFFECT , 1958 .

[2] W. E. Frahn,et al. Non-static effects on individual nucleons in a spheroidal potential , 1957 .

[3] D. Brink,et al. Individual particle and collective aspects of the nuclear photoeffect , 1957 .

[4] S. Rand. APPRECIATION OF A VELOCITY-DEPENDENT POTENTIAL TO THE NUCLEAR PHOTOEFFECT , 1957 .

[5] J. Rasmussen,et al. Concerning lifetimes of low energy E1 gamma transitions in odd mass spheroidal nuclei , 1957 .

[6] K. Gottfried. Ground-State Properties of Nonspherical Nuclei , 1956 .

[7] K. Brueckner,et al. TWO-BODY FORCES AND NUCLEAR SATURATION. III. DETAILS OF THE STRUCTURE OF THE NUCLEUS , 1955 .

[8] M. Danos. Zur Hydrodynamik der Multipolschwingungen des Atomkerns , 1952 .

[9] D. Jensen,et al. Kerndipolschwingungen und Resonanzen bei hohen y-Energien , 1950 .

[10] Edward Teller,et al. On nuclear dipole vibrations , 1948 .