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Cascade-exciton model analysis of level density parameter dependence in proton induced fission cross sections of some sub-actinide nuclei
Authors:Zafar Yasin   ) Warda Iram Muhammad Asghar M. Ikram Shahzad Physics Division  Directorate of Science  PINSTECH  P.O. Nilore  Islamabad  Pakistan Physics Department  Islamia University  Bahawalpur  Pakistan Pakistan Institute of Engineering    Applied Sciences  Pakistan
Affiliation:Zafar Yasin 1,1) Warda Iram 2 Muhammad Asghar 3 M. Ikram Shahzad 1 1 Physics Division,Directorate of Science,PINSTECH,P.O. Nilore,Islamabad,Pakistan 2 Physics Department,Islamia University,Bahawalpur,Pakistan 3 Pakistan Institute of Engineering and Applied Sciences,Pakistan
Abstract:Fission cross sections strongly depend on the ratio of the level density parameter in fission to neutron emission, af/an . In this work, a cascade-exciton model implemented in the code CEM95 has been used to observe this effect for proton induced fission cross sections of tungsten, lead and bismuth. The method was employed using different level density parameter ratios for each fission cross section calculation. The calculated fission cross sections are compared with the available experimental data in the l...
Keywords:CEM95  fission cross sections  level density parameter  
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