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A. M. Koushki
A. M. Koushki
Other namesAzizmorad koushki
photonic and Quantum technologies research school
Verified email at aeoi.org.ir
Title
Cited by
Cited by
Year
The control of electron quantum trajectories on the high-order harmonic generation of CO and N 2 molecules in the presence of a low frequency field
EI A. M. Koushki, R. Sadighi-Bonabi, M. Mohsen-Nia
THE JOURNAL OF CHEMICAL PHYSICS 148 (14), 144306, 2018
122018
Ionization dynamics of orbitals and high-harmonic generation of N2 and CO molecules at the various XC potentials by TD-DFT
EI AM Koushki, M Mohsen-Nia, R Sadighi-Bonabi
Computational and Theoretical Chemistry 1095, 104-111, 2016
122016
Kinetic modeling of a slow flow CW CO2 laser
AM Koushki, K Silakhori, S Jelvani
Optical and Quantum Electronics 43, 23-33, 2012
102012
Kinetic Modelling of a pulsed CO2 laser
AM Koushki, S Jelvani, K Silakhori, H Saeedi
Lasers in Engineering 21 (5), 265, 2011
82011
High-order harmonic generation of CO and N2 molecules under linearly-and bi circularly-polarized laser pulses by TD-DFT
AM Koushki, R Sadighi-Bonabi, M Mohsen-Nia, E Irani
Laser Physics 28 (7), 075404, 2018
72018
Theoretical and experimental analyses of the TEA CO2 lasers dynamics by six temperature vibrational-rotational model
R Torabi, H Saghafifar, AM Koushki
Optik 135, 238-243, 2017
62017
Simulation and initial experiments of a high power pulsed TEA CO2 laser
R Torabi, H Saghafifar, AM Koushki, AA Ganjovi
Physica Scripta 91 (1), 015501, 2015
62015
A 490 W transversely excited atmospheric CO2 spark gap laser with added H2
BKKK M Zand, A M Koushki, R Neshati
Laser Physics, 28 (2), 4 pp, 2018
5*2018
Optimization of gas pressures ratio in a fast-axial-flow CO2 laser with genetic algorithm
S Jelvani, AM Koushki
Optik 123 (16), 1421-1424, 2012
52012
Generation of single isolated attosecond pulse from a monolayer hexagonal boron nitride using a polarization gating technique
AM Koushki
Optics Communications 466, 125679, 2020
32020
Theoretical Analysis of the Dynamics of a Fast Axial Flow (FAF) Continuous Wave (CW) CO 2 Laser.
S Jelvani, H Saeedi, AM Koushki
Lasers in Engineering (Old City Publishing) 21, 2011
32011
High-order harmonic generation from CH4 and CD4 molecules in the presence of a static electric field
AM Koushki, S Sarikhani
Chemical Physics 541, 111020, 2021
22021
Theoretical analysis of a hybrid TE-TEA CO2 laser
R Torabi, AM Koushki, H Saghafifar, K Silakhori
Optik 191, 37-42, 2019
22019
Theoretical study of small signal gain of slow flow CW CO2 lasers with diffusion cooling
A Koushki, K Silakhori, S Jelvani
The European Physical Journal D 67, 1-6, 2013
22013
Numerical solution of Boltzmann's transport equation to predict characteristics of TEA CO2 lasers
AM Koushki, M Zand, H Haghighi, R Neshati
Optik 126 (23), 3601-3604, 2015
12015
Optimization of some input Parameters of a pulsed TEA CO2 Laser based on the generalized Landau-Teller equations
A Koushki, S Panahibakhsh, Z Rajabi
Iranian Journal of Physics Research, 2024
2024
High-order harmonic generation from aligned HCN molecules under orthogonally and linearly polarized two-color laser fields
AM Koushki
Journal of Molecular Modeling 29 (5), 137, 2023
2023
Temporal controlling of a bifurcated dual-band two-line TEA CO2 laser
K Silakhori, S Jelvani, J Mirahmadi, B Sajad, MR Sadr, M Talebi, ...
Optical and Quantum Electronics 47, 3065-3070, 2015
2015
Optimization of gas flow velocity for maximum output of a fast-axial-flow CW CO2 laser using genetic algorithms
AM Koushki, S Jelvani
Iranian Journal of Physics Research 10 (3), 259-264, 2010
2010
Kinetic modeling of slow flow CO2 laser with diffusion cooling and its comparison with experimental data
AM Koushki, K Silakhori, H Amiri
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Articles 1–20