Add to ORKGA new criterion for fusion plasma ignition in d-t tokamaks is established by incorporating reaction-thermal dynamics into the plasma state analysis. Considering continuous fueling we find that the separatrix established by the dynamic trajectorial evolution in the state space is the critical boundary which must be exceeded in order that the plasma evolves towards ignition without any auxiliary heating. Keywords: d-t tokamak, fusion burn dynamics, phase state trajectories, ignitio
From topical conference on energy; Philadelphia, Pennsylvania, USA (Nov 1973). A problem common to a...
In fusion plasmas, high-energy ions arising from plasma heating as wellas being generated in fusion ...
The evolution of a thermal runaway event is studied from the time a self-sustained temperature growt...
Ignition of initially isobaric D-T plasmas, triggered by a hot spot, surrounded by denser, cold fuel...
The dynamics of plasma temperature profiles depends on the simultaneous processes of diffusion and c...
The evolution of plasma temperature profiles and the formation of equilibria for such profiles, gove...
In this Research, the transition from equilibrium ignition to non-equilibrium burn was studied by DE...
Self-organization processes are considered to have an important role in well confined plasmas produc...
The ignition and flame initiation in a gaseous reacting mixture subject to a local source of thermal...
Abstract. Complexity and self-organization in burning plasmas are consequence of the interaction of ...
Dynamics of thermonuclear burn wave propagation assisted by thermal radiation precursor in a heavy i...
Shock ignition of DT capsules involves two major steps. First, the fuel is assembled by means of a l...
In Inertial Confinement Fusion the ignition of the Deuterium–Tritium fuel and the self-sustained the...
Some of the crucial physics aspects of burning plasmas magnetically confined in toroidal systems are...
The dynamics is characterized of the self-ignition in a reaction-diffusion system by employing the d...
From topical conference on energy; Philadelphia, Pennsylvania, USA (Nov 1973). A problem common to a...
In fusion plasmas, high-energy ions arising from plasma heating as wellas being generated in fusion ...
The evolution of a thermal runaway event is studied from the time a self-sustained temperature growt...
Ignition of initially isobaric D-T plasmas, triggered by a hot spot, surrounded by denser, cold fuel...
The dynamics of plasma temperature profiles depends on the simultaneous processes of diffusion and c...
The evolution of plasma temperature profiles and the formation of equilibria for such profiles, gove...
In this Research, the transition from equilibrium ignition to non-equilibrium burn was studied by DE...
Self-organization processes are considered to have an important role in well confined plasmas produc...
The ignition and flame initiation in a gaseous reacting mixture subject to a local source of thermal...
Abstract. Complexity and self-organization in burning plasmas are consequence of the interaction of ...
Dynamics of thermonuclear burn wave propagation assisted by thermal radiation precursor in a heavy i...
Shock ignition of DT capsules involves two major steps. First, the fuel is assembled by means of a l...
In Inertial Confinement Fusion the ignition of the Deuterium–Tritium fuel and the self-sustained the...
Some of the crucial physics aspects of burning plasmas magnetically confined in toroidal systems are...
The dynamics is characterized of the self-ignition in a reaction-diffusion system by employing the d...
From topical conference on energy; Philadelphia, Pennsylvania, USA (Nov 1973). A problem common to a...
In fusion plasmas, high-energy ions arising from plasma heating as wellas being generated in fusion ...
The evolution of a thermal runaway event is studied from the time a self-sustained temperature growt...