Investigation of the Reaction ⁹Be(d, t₀)⁸Be in the Deuteron Energy Range 0.9÷2.5 MeV

Abstract

Investigotion of the Reaction 9Be(d,to)*Be in the Deuteron Energy Range 0.9 + 2.5 MeV By I. I. I~o s I ) o I~K~) > P. As~oun and F. MACIIAJ,~ Atomic Energy Estrrblishment Cniro (A. R. Egypt) With ci Figures Inlnalkii brsich t Die Renktion O B e (d, f,)*Be wurde im Deuteronenenergiebereich von 0,9 f 2,5 MeV untersucht.. Die unter zwei Winkeln 45" und 120" gemessenen Anregungsfunktionen zeigten keine schnrfen Resonamen. Die Winkelverteilungen (difforentielle Wirkungsquerschnitte in mb/sr) wurdcn iri Abstiinden von 100 koV gemessen. Eine Datcnannlyse wurde nnhand der Butler-Theorie rind der DWBA-Thcorien unternommcn. AbstraetThe reaction @Be (d. to) has been investigated in the deuteronener y range 0.9 f 2.5 MeV. The excitation functions were measured at laboratory angles 46" and letu and showed no sharp resonances. The angular distributions (differential crow sections in mb/sr) were measured in 200 keV intervals. An analysis of tho data has been made using the Butler and the distorted wave theories.

Surface composition and structure of divertor tiles following the JET tokamak operation with the ITER-like wall

“…The differential cross sections used were derived by employing the SigmaCalc code by A. Gurbich and downloaded from the IBANDL database, IAEA [17]. The only exception was the case of the 9 Be(d, p) 10 Be reaction where the dataset of I. I. Bondouk et al [18] was used.…”