Author/Authors :
N. Dzysiuk، نويسنده , , I. Kadenko، نويسنده , , A.J. Koning، نويسنده ,
Abstract :
The cross sections for image reactions with Ge isotopes were measured at (d–t) neutron energies around 14 MeV with the activation technique using metal discs of natural composition. Calculations of detector efficiency, incident neutron spectrum and correction factors were performed with the Monte Carlo technique (MCNP4C code). Cross sections data are presented for 70Ge(image)69Ge, 74Ge(image)71mZn, 76Ge(image)75(m + g)Ge, 70Ge(image)70Ga and 72Ge(image)71gGe reactions. The cross section results for 72Ge(image)71gGe reaction were reported for the first time. Some other cross sections were obtained with higher precision, including the 70Ge(image)70Ga reaction. Theoretical calculations of excitation functions were performed with the TALYS-1.0 code and compared with the experimental cross section values. Data were included in the EXFOR database.
Keywords :
(N , E?E? , 72 , I(K X-ray)I(K X-ray) , PN , I?I? , p) , E(K X-ray)E(K X-ray) , 76Ge(n , ? using the activation technique , 2nn , Natural target , 2n) , Comparison with TALYS calculations and other data , 74Ge(n , ?n , ?) , E=13.40E=13.40 , 13.69 , NUCLEAR REACTIONS , 14.36 , 2nn , 14.74 MeV , 70Ge(n , 14.53 , 2n) , measured
