2025/12/5
فارسی
Mahmoud Gholipour
Academic rank:
Associate Professor
ORCID:
Education:
PhD.
H-Index:
Faculty:
Research Institute for Astronomy and Astrophysics
ScholarId:
E-mail:
gholipour [at] maragheh.ac.ir
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Phone:
ResearchGate:
Home
Research activities
Research activities
Journal Papers
The Importance of Ambipolar Heating in the Standard Thin Accretion Disk with Outflows
Mahmoud Gholipour, Amir Abbas Eslami Shafigh (2024)
The Impact of Ambipolar Diffusion on the Rossby Wave Instability in a Protoplanetary Disk
Mahmoud Gholipour (2024)
Dynamical behavior of ambipolar diffusion during the gravitational collapse of a radiative cooling filamentary cloud
Mahmoud Gholipour (2024)
Thermal Effects of Ambipolar Diffusion During the Gravitational Collapse of a Radiative Cooling Filament
Mahmoud Gholipour (2024)
اثرات پخش مغناطیسی و پرتوهای کیهانی بر ناپایداری حرارتی
(1402)
مطالعۀ ساختار نامتقارن قرص های پیش سیاره ای با استفاده از روش طیفی
(1401)
Thermal instability in the presence of the cosmic ray and ambipolar diffusion
Mahmoud Gholipour, Pantea Davoudifar, Amir Abbas Eslami Shafigh (2022)
The dust-to-gas ratio in the gravitational collapse of filamentary clouds
Mahmoud Gholipour (2021)
The Importance of Hall Effect in the Self-similar Collapse of a Filamentary Cloud
Mahmoud Gholipour (2020)
Dynamical effects of the ambipolar diffusion in a protoplanetary disc
Mahmoud Gholipour (2020)
Is the Ohmic resistivity important in the gravitational collapse of a filamentary cloud?
Mahmoud Gholipour (2019)
Effects of external magnetic field on the outflows of an accretion disc
Mahmoud Gholipour (2018)
Possibility of Core-envelope Separation in the Self-similar Dynamic Collapse of a Polytropic Filamentary Cloud
Mahmoud Gholipour (2018)
Time-dependent Study of a Protoplanetary Disk with a Magnetic Prandtl Number
Mahmoud Gholipour (2018)
Gravitational collapse of a filamentary cloud with ambipolar diffusion
Mahmoud Gholipour (2018)
The response of filamentary and spherical clouds to the turbulence and magnetic field
Mahmoud Gholipour (2017)
The magnetic prandtl number on structure of hot and cold accretion flows
Mahmoud Gholipour (2017)
The behavior of magnetic Prandtl number on the Rossby wave instability in the protoplanetary discs
Mahmoud Gholipour, Hossein Ebadi, Zeynab Shaji (2017)
The Study of Spherical Cores with a Toroidal Magnetic Field Configuration
Mahmoud Gholipour (2017)
Rossby Wave Instability in the Accretion Flows around Black Holes
Mahmoud Gholipour (2017)
Dual behavior of the toroidal magnetic field versus the Rossby wave instability
Mahmoud Gholipour (2016)
