8 citations · 11 across the 6 of their papers we have counts for
6 papers
OB runaway stars originating in the Vel OB1 association
N. Azatyan, L. Kaper, A. Samsonyan +4
OB runaway stars are massive stars moving through interstellar space at high velocities (up to 200 km/s), produced by dynamical ejections in young massive clusters or supernova exp…
IdentYS: A Python-Based Tool for Identifying Young Stars in Star-Forming Regions
E. Nikoghosyan, D. Baghdasaryan, D. Andreasyan +3
Research on young stellar populations is essential to understand the properties of embedded clusters and advance theories of their formation. This has driven advancements in method…
The runaway nature and origin of α Crucis system
M. Torosyan, N. Azatyan, E. Nikoghosyan +2
Massive stars are always the focus of astronomical research and a significant part of them (10--20%) moves in space at a high (supersonic) velocity. This paper presents the results…
Searching for stellar population in the molecular cloud GRSMC 045.49+00.04
N. Azatyan, E. Nikoghosyan, A. Samsonyan +5
Understanding the characteristics of young stellar populations is essential for deriving insights into star formation processes within parent molecular clouds and the influence of…
Infrared study of the star-forming region associated with the UC HII regions G45.07+0.13 and G45.12+0.13
Naira Azatyan, Elena Nikoghosyan, Hayk Harutyunian +2
UCHII regions are an important phase in the formation and early evolution of massive stars and a key component of the interstellar medium. The main objectives of this work are to s…
Structure of IRAS 05168+3634 star-forming region
E. H. Nikoghosyan, N. M. Azatyan, D. H. Andreasyan +1
This study aims to determine the main physical parameters (N(H2) hydrogen column density and Td dust temperature) of the Interstellar medium, and their distribution in the extended…