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Babak Khanbabaei

Observed names: B KHANBABAEI, B Khanbabaei, B. Khanbabaei, Khanbabaei, Babak
Institution: Damghan University
ORCID: 0000-0002-0970-9644
Observed ORCID: 0000-0002-0970-9644
OpenAlex ID: A5069826418
Effects of carbon impurity on the ignition of deuterium-tritium targets under the relativistic shock waves
2019 · M. Najjar, B. Khanbabaei · Physics of Plasmas · 6
CFD-Calculation of Fluid Flow in VVER-1000 Reactors
2008 · B. Khanbabaei, A. Ghasemizad, et al. · Journal of Applied Sciences · 6
The investigation of inertial fusion burning requirements of deuterium-helium3 in degenerate plasma
2017 · M. Nazirzadeh, B. Khanbabaei, et al. · Physics of Plasmas · 5
Fusion Energy and Stopping Power in a Degenerate DT Pellet Driven by a Laser-Accelerated Proton Beam*
2016 · M. Mehrangiz, A. Ghasemizad, et al. · Communications in Theoretical Physics · 4
Effect of inactive impurity ions on deuteron beam‐fusion in fast ignition approach
2022 · Babak Khanbabaei, Mehdi Nazirzadeh · Contributions to Plasma Physics · 3
Proton driven fast ignition of low-radioactivity DT–3He fuel
2018 · S. Khoshbinfar, A. Ghasemizad, et al. · High Energy Density Physics · 3
Deuterium–tritium catalytic reaction in fast ignition: Optimum parameters approach
2014 · B KHANBABAEI, A GHASEMIZAD, et al. · Pramana · 3
The effect of relativistic Compton scattering on thermonuclear burn of pure deuterium fuel
2016 · A. Ghasemizad, M. Nazirzadeh, et al. · Physics of Plasmas · 2
Shock Augmented ignition target design for heavy ion inertial fusion
2026 · Sahar Nouri, Babak Khanbabaei, et al. · Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment · 1
Enhancing ICF Target Design: The Impact of Gold Particles as Pusher on Ignition and Burn
2024 · Babak Khanbabaei, Ahmad Naghidokht · Iranian Journal of Science · 1
Exploring Stopping Power Models for Efficient Ignition Condition in Inertial Confinement Fusion Driven by Fast Ignition Method
2024 · S. Nouri, B. Khanbabaei · Physics of Particles and Nuclei Letters · 1
Study of antiprotons as drivers in inertial confinement fusion by fast ignition method
2023 · Maryam Azizi, Babak Khanbabaei · Physica Scripta · 1
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Effects of beam radius and wobbling frequency on the uniformity of target implosion in direct-drive heavy ion fusion approach
2023 · Ahmad Naghidokht, Babak Khanbabaei · Indian Journal of Physics · 1
Two-temperature fast ignition in degenerate plasmas induced by relativistic shock waves
2026 · Soode Zare Kordkheyli, Babak Khanbabaei · Indian Journal of Physics
Magnetic fields and the favorability of chiral density waves in neutron stars
2026 · M. Moazami, B. Khanbabaei, et al. · Physical Review C
Theoretical Investigation of Antiproton-Induced Fast Ignition in Degenerate Fusion Fuel
2025 · Mohammad Sadra Asgari, Babak Khanbabaei · Iranian Journal of Science
Study of thedouble-layerr high-density carbon-polystyrene ablator in the ignition of inertial fusion targets
2023 · M. Naserian, B. Khanbabaei · Majallah-i ̒ulūm va funūn-i hastah/ī
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An Investigation of Effective Parameters in Deuterium-Tritium Fuel Gains in Shock Ignition Method Driven by Laser Beams
2021 · B. KALEJI, B. Khanbabaei, et al. · فصلنامه علمی کارافن
Study of ignition and burn dynamics of inertial fusion target with diamond ablator using MULTI-IFE hydrodynamic code
2021 · Seyedeh Mobina Hosseini, B. Khanbabaei
The investigation of photons energy distribution changing in ignition condition of equimolar deuterium- tritium fuel
2018 · A Ghasemizad, M Nazirzadeh, et al. · Iranian Journal of Physics Research
The Role of Athermal Fusion in Fast Ignition Driven by Ion Beams
2014 · Abbas Ghasemizad, B. Khanbabaei, et al.
CFD analysis of coolant flow at bushehr nuclear reactor
2011 · M. Abbasi, Abbas Ghasemizad, et al.
Works count: 23
Citation count: 39
H-index: 4
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