Add to ORKGWe study the influence of the interstellar cloud structure irregularity on the dynamics of its destruction by a supernova shock wave. It is shown that irregular clouds are destroyed twice quickly as the spherical ones. Subject to that the fragments of the clouds sustain high-density and do not mix with the intercloud gas
We model the hydrodynamic interaction of a shock wave of an evolved supernova remnant with a small i...
This paper describes an investigation of the dynamics and acoustics of cloud cavitation, the structu...
We investigate the interaction between a singular surface and a strong shock in the self-gravitating...
The effect of smooth cloud boundaries on the interaction of steady planar shock waves with interstel...
We model the hydrodynamic interaction of a shock wave of an evolved supernova remnant with a small ...
We model hydrodynamic interactions of an old supernova remnant shock wave with a small interstellar ...
The interactions of a supernova blast wave with the inhomogeneities of the interstellar medium have ...
Supersonic and super-Alfvenic turbulent motions generate an intricate pattern of shock waves through...
The interstellar medium in our Galaxy is highly: inhomogeneous and is kept in a highly disturbed st...
We analyze the fragmentation of shocked interstellar gas layers. Our formulation is designed to expl...
The effect of supernovae on their environment is discussed in general and on the heliosphere in part...
The process of star formation in a contracting interstellar cloud is investigated. The growth of den...
Shock waves are known to significantly alter the medium through with they propagate. Shocks in the ...
| openaire: EC/H2020/818665/EU//UniSDynQuantifying the efficiency of dust destruction in the interst...
We study the effects of the supersonic collision of molecular clouds using smoothed particle hydrody...
We model the hydrodynamic interaction of a shock wave of an evolved supernova remnant with a small i...
This paper describes an investigation of the dynamics and acoustics of cloud cavitation, the structu...
We investigate the interaction between a singular surface and a strong shock in the self-gravitating...
The effect of smooth cloud boundaries on the interaction of steady planar shock waves with interstel...
We model the hydrodynamic interaction of a shock wave of an evolved supernova remnant with a small ...
We model hydrodynamic interactions of an old supernova remnant shock wave with a small interstellar ...
The interactions of a supernova blast wave with the inhomogeneities of the interstellar medium have ...
Supersonic and super-Alfvenic turbulent motions generate an intricate pattern of shock waves through...
The interstellar medium in our Galaxy is highly: inhomogeneous and is kept in a highly disturbed st...
We analyze the fragmentation of shocked interstellar gas layers. Our formulation is designed to expl...
The effect of supernovae on their environment is discussed in general and on the heliosphere in part...
The process of star formation in a contracting interstellar cloud is investigated. The growth of den...
Shock waves are known to significantly alter the medium through with they propagate. Shocks in the ...
| openaire: EC/H2020/818665/EU//UniSDynQuantifying the efficiency of dust destruction in the interst...
We study the effects of the supersonic collision of molecular clouds using smoothed particle hydrody...
We model the hydrodynamic interaction of a shock wave of an evolved supernova remnant with a small i...
This paper describes an investigation of the dynamics and acoustics of cloud cavitation, the structu...
We investigate the interaction between a singular surface and a strong shock in the self-gravitating...