Ou> en est la physique nucle>aire apre<s 100 ans d'existence? : Trends in nuclear physics, 100 years later

목차 (Table of Contents)

• 자료제공 :
• Preface. 1. The birth of nuclear physics (P. Radvanyi). 2. Elementary features of nuclear structure (B. Mottelson). 3. Nuclear collective motion (G.F. Bertsch). 4. High spin experimental physics, lectures 1 and 2 (G. Sletten). 5. Cold nuclear rearrangement processes in fusion and fission (P. Armbruster). 6. The production of radioactive nuclear beams, present and future facilities (R.H. Siemssen). 7. Phase transitions in nuclear matter and fragmentation of finite nuclei (X. Campi, H. Krivine). 8. Multifragmentation of nuclei (B. Tamain, D. Durand). 9. Signals from dense matter (U. Mosel). 10. Electromagnetic and weak interactions in nuclei (B. Desplanques). 11. Quarks, hadrons and dense nuclear matter (W. Weise). 12. Introduction to QCD (A.H. Mueller). 13. Exclusive reactions in QCD (B. Pire). 14. The Quark-Gluon plasma and nuclear collisions at high energy (J.-P. Blaizot). 15. Neutron stars and nuclear physics (C.J. Pethick, D.G. Ravenhall). 16. Hybrid systems for waste incineration and/or energy production (H. Nifenecker, H. Spiro).