INDC(IND)-35G - IAEA Nuclear Data Services
INDC(IND)-35G - IAEA Nuclear Data Services
INDC(IND)-35G - IAEA Nuclear Data Services
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
- 24 -<br />
TROTON AND ALPH1-PARTICLE <strong>IND</strong>UCED REACTION CROSS-SECTIONS Of<br />
CARBON, COBAIO! AND LEAD*, S.B. Garg and Amar Sinha, Neutron<br />
Phyeice Division, Bhabha Atomic Researoh Centre, Irombay,<br />
Bombay 400 085<br />
This optical model based study was suggested by the NEA<br />
<strong>Data</strong> Bank, France under the International <strong>Nuclear</strong> Model Code<br />
Comparison Project to determine the accuracy of transmission<br />
coefficients obtained with the spherical optical model potential<br />
parameters of charged particles.<br />
Reaction oross-seotions, Differential eross-seotlons,<br />
polarizations, and spin rotation data have been estimated for<br />
the proton and alpha particle induced reaotion oross-seotions<br />
of carbon, cobalt and lead at the inoident energies of 5,10,15<br />
and 20 MeV in the laboratory system.<br />
Beochetti and Greenlees /I/ optical model parameters<br />
hare been used for the protons and McPadden and Sateheler /2/<br />
parameters have been used for the alpha-particles.<br />
References<br />
1. F.D. Beoobetti. Jr. and G.W. Greenlees, Phys. Bey. 182.<br />
1190(19695<br />
2. MoPadden and Satoheler, Nuol. Phys. 84, 177 (1966)<br />
« Communicated to NBA <strong>Data</strong> Trance
Change language