20 citations · 56 across the 6 of their papers we have counts for
6 papers
Extracting the parton distribution functions evolution equations using the stochastic modeling in the non-equilibrium statistical mechanics
N. Olanj, E. Moradi, M. Modarres
In this paper, using the stochastic modeling of the non-equilibrium statistical mechanics in the momentum space, the evolution equations of the parton distribution functions (PDF)…
A detailed study of charm content of a proton in the frameworks of the Kimber-Martin-Ryskin and Martin-Ryskin-Watt approaches
N. Olanj, M. Modarres
The charm structure function, (), is calculated in the framework of the -factorization formalism by using the unintegrated parton distribution fun…
The P-P(P) cross-section of isolated single-photon production in the -factorization and different angular ordering unintegrated parton distributions frameworks
R. Aminzadeh Nik, M. Modarres, N. Olanj +1
In the present work, it is intended to calculate and study the single and double differential cross-sections of the prompt single-photon production as a function of produced single…
A detail study of the LHC and TEVATRON hadron-hadron prompt-photon pair production experiments in the angular ordering constraint k_t-factorization approaches
M. Modarres, R. Aminzadeh Nik, R. Kord Valeshbadi +2
In the present work, which is based on the k_-factorization framework, it is intended to make a detail study of the isolated prompt-photon pairs (IPPP) production in the high-energ…
The production of the and vector bosons via hadron collisions in the frameworks of and unintegrated parton distribution functions
M. Modarres, M. R. Masouminia, R. Aminzadeh-Nik +2
In a series of papers, we have investigated the compatibility of the -- () and -- () parton distribution func…
Class of solvable reaction-diffusion processes on Cayley tree
M. Alimohammadi, N. Olanj
Considering the most general one-species reaction-diffusion processes on a Cayley tree, it has been shown that there exist two integrable models. In the first model, the reactions…