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Physik IV - Kernphysik

Physik IV - Kernphysik. Nuklide Kerneigenschaften (Abschluß) magnetische Momente elektr. Kernquadrupolmomente Massendefekt, E B Kernmodelle Kernkräfte Radioaktivität, ,,- Strahlung Kernreaktionen Spaltung, Fusion Reaktoren, Spallation, ITER

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Physik IV - Kernphysik

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  1. Physik IV - Kernphysik Nuklide Kerneigenschaften (Abschluß) magnetische Momente elektr. Kernquadrupolmomente Massendefekt, EB Kernmodelle Kernkräfte Radioaktivität,,,-Strahlung Kernreaktionen Spaltung, Fusion Reaktoren, Spallation, ITER Experimentelles, zB Detektoren Nmr ? Kernspintomo E = mc2 Experiment, J.Stettner

  2. Eigenschaften 1990

  3. Eigenschaften NIST CODATA 2002

  4. Nuklid- karte (Teil)

  5. Mit Lupe betrachtet

  6. Fortsetzung mit 2 Sn-Isotopen & Superheavies

  7.  = (,) Yl,m = Kugelflaechenfunktionen

  8. Pairing of Nuclear spins

  9. I. Rabi/Versuchsanordnung Aus Gerthsen

  10. Kernspins wo können sie einem sonst noch begegnen ? Hyperfeinaufspaltung Kernresonanz (Chemie, Biologie, Medizin, Physik) Kernspintomographie ??? Kernspinordnung (Ww untereinander - 3He < 1mK andere < 1 μK ) Ultratiefe Temperaturen: adiabatische Entmag- netisierung

  11. QRed

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