This article aims to address the issue of simulating plasma-jet by using an innovative computational approach namely the Lattice Boltzmann Method (LBM) from the point of view of extending the applications to simulating flows with temperature-dependent physical parameters. The work focuses on the phenomena occurring in plasma-jet that define the link between LBM lattice and physical lattice. Hig...

In the past few years, the bactericidal effect of atmospheric pressure plasmas have gained significant attention in dermatology and for application like the sterilisation of heat sensitive medical devices such as endoscopes, dentist and surgical tools. Previous research performed at the TUe by van Gils et al has shown that plasma induced liquid chemistry is important in the inactivation of bact...

Aims. The theoretical model for magnetohydrodynamic (MHD) modes guided by a field-aligned plasma cylinder with a steady flow is adapted to interpret transverse waves observed in solar coronal hot jets, discovered with Hinode/XRT in terms of fast magnetoacoustic kink modes. Methods. Dispersion relations for linear magnetoacoustic perturbations of a plasma jet of constant cross-section surrounded...

Observation of a large density amplification in the collimating plasma jet ejected from a coplanar coaxial plasma gun is reported. The jet velocity is ∼30 km s−1 and the electron density increases from ∼1020 to 1022–23 m−3. In previous spheromak experiments, electron density of the order 1019–21 m−3 had been measured in the flux conserver region, but no density measurement had been reported for...

We have studied the parsec-scale structure of The images show an unresolved " core " and a radio jet extending over distances up to 25 milliarcseconds. At 1.3 and 2 cm, images of the linearly polarized emission reveal an alignment of the electric vector with the extremely curved inner section of the jet. At 6 cm, the jet shows strong fractional polarization (m∼15%), with the electric vector bei...

We study the tomographic applications of a new phenomenon we dub "jet drift" -- deflection high-energy particles and jets toward direction flowing medium to quark-gluon plasma produced in heavy-ion collisions. While physics jet drift is quite general, for specificity consider case photon-jet production at mid-rapidity. Beginning with simplest possible model, large slab uniformly plasma, systema...

The parsec-scale radio jet of the broad-line radio galaxy 3C 111 has been monitored since 1995 as part of the 2cm Survey and MOJAVE monitoring observations conducted with the VLBA. Here, we present results from 18 epochs of VLBA observations of 3C 111 and from 18 years of radio flux density monitoring observations conducted at the University of Michigan. A major radio flux-density outburst of 3...

Suppression of jet spectra or quenching in high-energy heavy-ion collisions is caused by energy loss the dense medium. The azimuthal anisotropy noncentral can lead to finite values anisotropic flow coefficients. This investigated within linear Boltzmann transport model, which simulates both elastic scattering and medium-induced gluon radiation based on perturbative quantum chromodynamics for sh...