Yazar "Yigit, Mustafa" seçeneğine göre listele

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    Öğe
    Cross Section Calculations of Neutron Induced Reactions on 124,126,128,134,136Xe
    (Springer, 2015) Kara, Ayhan; Yigit, Mustafa; Korkut, Turgay; Tel, Eyyup
    In the nuclear energy applications Xenon is a desirable material because of its high molecular weight and inert nature. The cross section calculations of Xe-124(n,2n)Xe-123, Xe-126(n,2n)Xe-125, Xe-128(n,2n)Xe-127, Xe-134(n,2n)Xe-133 and Xe-136(n,2n)Xe-135 reactions were performed by ALICE/ASH (with Weisskopf-Ewing equilibrium model), TALYS 1.6 (with two component exciton model suggested by Kalbach) and EMPIRE 3.2 Malta (with exciton model recommended by Clinev and Ribansky) nuclear reaction codes. In addition, semi-empirical cross section formula of Tel et al. was used to obtain cross sections at 14-15 MeV energy. Obtained results were compared to available experimental data by EXFOR database and TENDL-2013 data.
  • [ X ]
    Öğe
    Monte Carlo Simulations of 17.9-22.3 MeV Energetic Proton Irradiation Effects on bcc-Zirconium Fusionic Materials
    (Springer, 2016) Korkut, Hatun; Korkut, Turgay; Kara, Ayhan; Yigit, Mustafa; Tel, Eyyup
    Advanced fusion structural materials (FSMs) have impact role in terms of efficiency of nuclear energy production. Besides engineering and design of fusion reactors, radiation durability of FSMs is another valuable issue that cannot be ignored. 17.9-22.3 MeV proton irradiation of bcc-Zirconium Fusion Structural Material was evaluated by using Monte Carlo based simulation tools. Total binary reaction cross sections were respectively calculated as 1167.6 and 1273.92 mb for 17.3- and 22.3 MeV proton energies via TALYS-1.6 version. Additionally, residual production cross sections and total particle production cross sections were obtained and analyzed by the TALYS code. Radiation damage parameters as Displacement Per Atom (DPA) and Stopping Power (SP) were studied by SRIM-2013 version. FLUKA 2011.1 used for only DPA calculations and making a complete comparison with the other calculation results. SP and Number of Secondaries were found by using GEANT4.10.p.04 version simulations. Natural Zr(p,x) reactions were studied in the given energy values in the plane of reaction probability and radiation damage calculations.