Plasma exotic systems

The effects of plasma environments on the spectral properties of exotic two-and three-body systems have been studied. Influence of the Debye plasma on the stability and spectral properties of spatially confined exotic systems like p+ x and [i+[i was investigated by Sil et al. [217] along the same line as was... 

The calculations have been further extended by Sil et al. [219] for analyzing the stability of exotic systems like ppp, ddp and ttp and also finding the behavior of the hadronic affinity under Debye plasma. An interesting feature emerges from this particular study, namely, a given two-body system becomes unstable at a screening parameter for which the corresponding three-body system is stable. This property depends very much on the... 

Plasmas, often described as the fourth state of matter, have macroscopic appearances, even structure, but don t fit in with prototypical substances. Ear-ley [2006] has discussed the features of chemical coherences (dissipative structures, self-organising collections, open systems) and considers them chemical substances , but not chemical substances . It has been said that plasma beam techniques can transcend not only kinetic, but also thermodynamic barriers that is to say they provide access to non-equilibrium regimes and exotic intermediate phases. ... 

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