nan Napoli

G. Rainovski; H. Schnare; R. Schwengner; C. Plettner; L. Käubler; F. Dönau; I. Ragnarsson; J. Eberth; T. Steinhardt; O. Thelen; M. Hausmann; A. Jungclaus; K. P. Lieb; Achim Müller; G. de Angelis; A. Gadea; Napoli; A. Algora; Dg Jenkins; R. Wadsworth; A. N. Wilson; W Andrejtscheff; V. I. Dimitrov

The nucleus Se-70 was studied using the Ca-40(Ca-40, 2alpha2p) reaction at a beam energy of 185 MeV. Gamma rays were measured with the EUROBALL III spectrometer. The known positive-parity bands have been extended and one new band of positive parity and two of negative parity have been identified. These bands are interpreted in terms of the cranked Nilsson-Strutinsky approach. Calculations suggest that the two negative-parity bands, which have the same signature, are both based on a configuration with two protons and three neutrons lifted from the fp shell to the g(9/2) orbital, but at different nuclear shapes. This represents a shape coexistence at high spin.

C. Beck; P. Papka; A. Sanchez I Zafra; S Thummerer; F Azaiez; P Bednarczyk; S. Courtin; D. Curien; O. Dorvaux; D. Lebhertz; A. Nourreddine; M. Rousseau; W. von Oertzen; B. Gebauer; C. Wheldon; T. Kokalova; G. de Angelis; A. Gadea; S. M. Lenzi; S. Szilner; Napoli; W. N. Catford; D. G. Jenkins; G. Royer

Charged-particle and

Rickard du Rietz; Jörgen Ekman; Dirk Rudolph; Claes Fahlander; A. Dewald; O. Möller; B. Saha; M. Axiotis; Ma Bentley; C. Chandler; G. de Angelis; F. Della Vedova; A. Gadea; G. Hammond; S. M. Lenzi; N. Marginean; Napoli; M. Nespolo; C. Rusu; D. Tonev

\ensuremath{\gamma}

Y. H. Zhang; Munetake Hasegawa; Wt Guo; M. L. Liu; X. H. Zhou; G. de Angelis; T. M. Axiotis; A. Gadea; N. Marginean; Martinez; Napoli; C. Rusu; Zs. Podolyák; C. A. Ur; D. Bazzacco; F. Brandolini; S. Lunardi; S. M. Lenzi; R. Menegazzo; R. Schwengner; A. Gargano; W. von Oertzen; S. Tazaki

decays in

Y.H. Zhang; Zs. Podolyák; G. de Angelis; A. Gadea; C. A. Ur; S. Lunardi; N. Marginean; C. Rusu; R. Schwengner; T. Kröll; Napoli; R. Menegazzo; D. Bazzacco; E. Farnea; S. M. Lenzi; T. Martinez; M. Axiotis; D. Tonev; W. Gelletly; S. D. Langdown; P. H. Regan; Jjv Dobon; W. von Oertzen; B. Rubio; B. Quintana; N. H. Medina; R. Broda; D. Bucurescu; M. Ionescu-Bujor; A. Iordachescu

^{24}\mathrm{Mg}{}^{*}

C. Beck; P. Papka; Asi Zafraa; S. Thummerer; F. Azaiez; P. Bednarczyk; S. Courtin; D. Curien; O. Dorvaux; Alain Goasduff; D. Lebhertz; A. Nourreddine; M. Rousseau; Salsac; W. von Oertzen; B. Gebauer; C. Wheldon; T. Kokalova; G. Efimov; Zherebchevsky; Ch. Schulz; H. G. Bohlen; D. V. Kamanin; G. de Angelis; A. Gadea; S. M. Lenzi; Napoli; S. Szilner; M. Milin; W. N. Catford

are investigated for excitation energies where quasimolecular resonances appear in

S. Lunardi; D. Bazzacco; C. A. Ur; M. Axiotis; G. de Angelis; E. Farnea; T. Kröll; S. M. Lenzi; G. Lo Bianco; N. Marginean; T. Martinez; R. Menegazzo; Napoli; P. Pavan; C. M. Petrache; B. Quintana; Cr Alvarez; A. Saltarelli; R. Venturelli; I. Ragnarsson

^{12}\mathrm{C}+^{12}\mathrm{C}

A. Gadea; S. M. Lenzi; Napoli; M. Axiotis; C. A. Ur; G. Martínez-Pinedo; M. Gorska; E. Roeckl; E. Caurier; F. Nowacki; G. de Angelis; L. Batist; R. Borcea; F. Brandolini; D. Cano-Ott; J. Döring; Claes Fahlander; E. Farnea; H. Grawe; M. Hellström; Z. Janas; R. Kirchner; M. La Commara; C. Mazzocchi; E. Nácher; C. Plettner; A. Płochocki; B. Rubio; K.-H. Schmidt; R. Schwengner

collisions. Various theoretical predictions for the occurrence of superdeformed and hyperdeformed bands associated with resonance structures with low spin are discussed within the measured

Pr John; Jj Valiente-Dob on; D. Mengoni; Modamio; S. Lunardi; D. Bazzacco; A. Gadea; C. Wheldon; Tr Rodr guez; T. Alexander; G. de Angelis; N. I. Ashwood; M. Barr; G. Benzoni; B. Birkenbach; P. G. Bizzeti; A. M. Bizzeti-Sona; S. Bottoni; M. Bowry; A. Bracco; F. Browne; M. Bunce; F. Camera; L. Corradi; F. C. L. Crespi; B. Melon; E. Farnea; E. Fioretto; A Gottardo; L Grente

^{24}\mathrm{Mg}{}^{*}

Z. Marcinkowska; T. Rzaca-Urban; Ch. Droste; T. Morek; B Czajkowska; W. Urban; R. Marcinkowski; P Olbratowski; R.M. Lieder; H Brans; W. Gast; H. Jäger; L. Mihailescu; D. Bazzacco; G. Falconi; R. Menegazzo; S. Lunardi; C. Rossi-Alvarez; G. de Angelis; E. Farnea; A. Gadea; Napoli; Zs. Podolyák

excitation energy region. The inverse kinematics reaction