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[en] The total fusion cross section of 12C+12C has been determined for the c.m. energy range 2.8-6.3 MeV by observing particle exit channels. Angular distributions were measured for the above energy range. No rise in the S-factor was found at low energies, in contradiction to previous work. The 12C+20Ne reaction was studied over the c.m. energy range 6.3-13.8 MeV by measuring γ-ray yields. No significant structure was found
[af]
Die totale versmeltingsdeursnee van 12C+12C is vir die swaartepuntenergie van 2.8 tot 6.3 MeV bepaal deur deeltjieuitgangskanale waar te neem. Hoekverdelings vir bogenoemde energiebereik is gemeet. In kontras met vorige werk is geen toename in die S-faktor by lae energiee gevind nie. Die 12C+20Ne-reaksie is vir die swaartepuntenergie van 6.3 tot 13.8 MeV bepaal deur γ-opbrengs te meet. Geen beduidende struktuur is gevind nieJournal
South African Journal of Physics; ISSN 0379-4377; 
; v. 1(3-4); p. 206-207
; v. 1(3-4); p. 206-207