'Rotational bands' presentation slideshows

New symmetries of rotating nuclei

New symmetries of rotating nuclei. S. Frauendorf. Department of Physics University of Notre Dame. HCl. Moment of inertia of the dumbbell. Microwave absorption spectrum. Upper particles. Lower particles. Indistinguishable Particles. 2. Restriction of orientation. Nuclei are different.

610 views • 60 slides

IV. Nuclear Structure

IV. Nuclear Structure. Topics to be covered include: Collective rotational model Collective vibrational model Shell model Advanced shell models Hartree-Fock. General References: 1) deShalit and Fesbach, Theoretical Nuclear Physics, Volume I:

600 views • 57 slides

Spontaneous symmetry breaking and rotational bands

Spontaneous symmetry breaking and rotational bands. S. Frauendorf. Department of Physics University of Notre Dame. x. The collective model. Even-even nuclei, low spin. Deformed surface breaks rotational

755 views • 47 slides

A close up of the spinning nucleus

A close up of the spinning nucleus. S. Frauendorf Department of Physics University of Notre Dame, USA IKH, Forschungszentrum Rossendorf Dresden, Germany. The nuclear surface. How is the nucleus rotating?. Nucleons are not on fixed positions. What is rotating?. Bohr and Mottelson.

527 views • 42 slides

Symmetries of the Cranked Mean Field

Symmetries of the Cranked Mean Field. S. Frauendorf. IKH, Forschungszentrum Rossendorf, Dresden Germany. Department of Physics University of Notre Dame USA. HCl. Moment of inertia of the dumbbell. Microwave absorption spectrum. Upper particles. Lower particles.

427 views • 42 slides

Symmetries of the Cranked Mean Field

Symmetries of the Cranked Mean Field. S. Frauendorf. IKH, Forschungszentrum Rossendorf, Dresden Germany. Department of Physics University of Notre Dame USA. In collaboration with. Afanasjev, UND, USA V. Dimitrov, ISU, USA F. Doenau, FZR, Germany J. Dudek, CRNS, France

526 views • 39 slides

2. The molecular view on nuclei

Most nuclei have a deformed axial shape. Unified Model (Bohr and Mottelson):. 2. The molecular view on nuclei. The nucleus rotates as a whole. (collective degrees of freedom). The nucleons move independently inside the deformed potential (intrinsic degrees of freedom).

461 views • 31 slides

20/30

20/30. Most nuclei have a deformed axial shape. Unified Model (Bohr and Mottelson):. 2. The molecular view on nuclei. The nucleus rotates as a whole. (collective degrees of freedom). The nucleons move independently inside the deformed potential (intrinsic degrees of freedom).

314 views • 31 slides

Emergent Phenomena in mesoscopic nuclear systems

501 views • 30 slides

OUTLINE Motivation: fission isomers Spectroscopy of 237f Pu: measurement results Outlook

prompt fission. 2:1. g- Spectroscopy of superdeformed 237 Pu. OUTLINE Motivation: fission isomers Spectroscopy of 237f Pu: measurement results Outlook. experimental goal: - first experimental identification of

261 views • 13 slides