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Behnaz Kaleji
Behnaz Kaleji
Verified email at umz.ac.ir
Title
Cited by
Cited by
Year
Deuterium/helium-3 fusion reactors with lithium seeding
M Mahdavi, B Kaleji
Plasma Physics and Controlled Fusion 51 (8), 085003, 2009
152009
Study of shock ignition approach in heavy ion fusion of reactor-size DT target
S Hasani, B Kaleji, S Khoshbinfar
Iranian Journal of Physics Research 17 (5), 761-772, 2019
42019
Bremsstrahlung radiation in deuterium/tritium degenerate plasma
M Mahdavi, B Kaleji, T Koohrokhi
Modern Physics Letters B 24 (30), 2939-2945, 2010
42010
INVESTIGATION OF THE DEGENERACY EFFECT IN FAST IGNITION FOR HETEROGENEOUS FUEL
M MAHDAVI, B KALEJI
Rom.Journ. Phys. 59, 106-118, 2014
32014
Calculation of fusion cross-section for 3 He+ 6 Li system at near barrier energies
M Mahdavi, T Koohrokhi, B Kaleji, B Jalalee
International Journal of Modern Physics E 19 (01), 141-145, 2010
32010
Degeneracy Effect on the Compton Scattering Power
M Mahdavi, B Kaleji
Modern Physics Letters A 26 (17), 1273-1279, 2011
22011
An Investigation of Effective Parameters in Deuterium-Tritium Fuel Gains in Shock Ignition Method Driven by Laser Beams
B Kaleji, B Khanbabaei, M Kasayian
Karafan Quarterly Scientific Journal 18 (Special Issue 1), 205-215, 2021
2021
Investigation of the degeneracy effect on the inverse bremsstrahlung absorption using the average-atom model
B Kaleji, M Mahdavi
Radiation Physics and Engineering 2 (2), 7-11, 2021
2021
Shock Ignition in Inertial Confinement Fusion Driven by Laser in non-equimolar Deuterium-Tritium Fuel
B Khanbabaei, B Kaleji, M Kasaeian
Journal of Radiation and Nuclear Technology 4 (1), 9-14, 2017
2017
Investigation of the Degeneracy Effect in Fast Ignition for Heterogeneous Fuel
MMB Kaleji
The Iranian Nuclear physics conference, Mashhad, Iran., 2013
2013
Investigation of the Degeneracy Effect on the Inverse Bremsstrahlung Absorption Using the Average-Atom Model
BK M. Mahdavi
The Iranian Nuclear physics conference, Mashhad, Iran., 2013
2013
Fusion rate in μtt in muonic molecular ion using linear combination of atomic orbital method
M Mahdavi, B Kaleji, T Koohrokhi
International Journal of Modern Physics E 20 (03), 629-636, 2011
2011
Temperature Dependence of the Compton Scattering Power in Degenerate Plasma
BK M. Mahdavi
The Iranian Nuclear physics conference, 2011, Isfahan, Iran., 2011
2011
Calculating of the Brremsstrahlung Radiation Power in Degenerate Plasma in ICF
BKTK M. Mahdavi
The Iranian Nuclear physics conference, Gheshm, Iran., 2010
2010
Fusion Rate in μtt Muonic Molecular Using Liner Combination of Atomic Orbitals Method
BKTK M. Mahdavi
The Iranian Nuclear physics conference, Gheshm, Iran., 2010
2010
Calculation of fusion Reactivity Rate for 7Li+12C systems at near barrier energies
BKBJ M. Mahdavi, T. Koohrokhi
The Iranian physics conference, Kashan University, Kashan, Iran., 2009
2009
Calculation of fusion cross section for light systems at near barrier energies
BKBJ M. Mahdavi, T. Koohrokhi
The Iranian Nuclear physics conference, Yazd University, yazd, Iran., 2008
2008
REACTION RATE OF 6 Li + 12 C NUCLEAR REACTION AT SUB-BARRIER ENERGIES
BKBJ M. Mahdavi, T. Koohrokhi
Far East J. Dynamics Systems 10, 317 - 323, 2008
2008
Investigation of the Optimum Conditions for Shock-Ignition Approach in Inertial Confinement Fusion with Ion Drivers
B Kaleji, S Khoshbinfar, S Hasani
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Articles 1–19