Cross sections for the Reactions ⁶⁶Zn(d,n)⁶⁷Ga, ⁵²Cr(d,2n)^52gMn and 186 W (d,2n)¹⁸⁶Re

Abstract

Experimental cross sections for the reactions 66 Zn(d, n) 67 Ga, S2 Cr(d, 2n)" g Mn, and l86 W(d, 2n) 186 Re are reported. The values obtained are compared with the cross sections expected from the systematics. Zusammenfassung Es werden experimentelle Wirkungsquerschnitte für die Reaktionen 66 Zn(d, n) 67 Ga, 52 Cr(d, 2n)" g Mn und 186 W(d, 2n) 186 Re angegeben. Die erhaltenen Werte werden verglichen mit Wirkungsquerschnitten, die aufgrund einer Systematik abgeschätzt wurden. Risumi On^ourni des valeurs experimentales de sections efficaces pour les reactions b6 Zn(d, n) 67 Ga, 52 Cr(d, 2n) S2 Mnet 186 W(d, 2n) 186 Re. Les valeurs obtenues sont comparees aux sections efficaces estimees d'apres une systematique.

Evaluation of charged particle induced reaction cross section data for production of the important therapeutic radionuclide186Re

“…But in the low energy region the deviation shows the weakness in the experimental data. The 3σ limit was selected to discard the data and on that basis most of the data by Nassiff and Münzel [26] and the lower most values by Pement and Wolke [25] were neglected. All the other data points were fitted and the recommended curve with 95% confidence limits is given in Fig.…”

Cross Sections and Thick Target Yields of (d, xn) Reactions on Natural Lead

“…The experiments were performed in a manner similar to that outlined in previous papers [9][10][11][12][13]. Stacks of lead foils (-31.2 mg/cm 2 ) were irradiated in the external beam of the 60 inch Synchrocyclotron.…”

Excitation Functions for natW(p,xn)181-186Re Reactions and Production of No-Carrier-Added 186Re via 186W(p,n) 186Re Reaction

“…There are two nuclear reactions, 186 W(p,n) 186 Re and 186 W(d,2n) 186 Re, which may be used to produce the carrier-free 186 Re. The excitation function for the 186 W(d,2n) 186 Re reaction has been measured [5,6]. However, the excitation function for the 186 W(p,n) 186 Re reaction was not known until the work of Shigeta et al [7].…”