Add to ORKGThe time dependent behavior of a plasma which surrounds a highly biased conducting sphere is considered. This plasma is treated as either a cold two component fluid or as a warm plasma whose time development can be found by solving the Vlasov equation. Both models demonstrate oscillatory behavior, but the electric fields predicted by the models are quantitatively quite different in regions close to the surface of the sphere and very similar otherwise. A broadening of the electron distribution function with time is observed indicating local heating of the plasma near the surface of the sphere
Plasma interactions and their effects on materials depend on a number of factors, including the pre-...
The responses of gridded spherical and planar electrostatic probes to plasmas with kappa type distri...
During the course of this project we have made a great deal of progress developing and using a new p...
The class of plasma processes for which the so-called Vlasov approximation is inadequate is investig...
Computer program determines the potential and charge distributions between two electrodes in a plasm...
A starting point for deriving the Vlasov equation is the BBGKY hierarchy that describes the dynamics...
Thesis (Ph.D.)--University of Washington, 2022Plasma models have regions of validity that depend on ...
An examination of Vlasov theory of a plasma led to the hypothesis that a plasma may reside in a stat...
A fully 3-dimensional plasma consisting of up to 96 charged particles is simulated in a computer. Th...
Scientific investigation of plasma phenomena can be undertaken through either experiments, or numeri...
High temperature laboratory and rarefied space plasmas can be considered in many situations as colli...
Flows on a plasmaspheric flux tube were modelled, using a fully interhemispheric model in which no l...
This dissertation documents my mathematical and computational models of the charging of spherical du...
Plasma-surface interactions are ubiquitous in the field of plasma science and technology. Much of th...
Collisionless plasmas, mostly present in astrophysical and space environments, often require a kinet...
Plasma interactions and their effects on materials depend on a number of factors, including the pre-...
The responses of gridded spherical and planar electrostatic probes to plasmas with kappa type distri...
During the course of this project we have made a great deal of progress developing and using a new p...
The class of plasma processes for which the so-called Vlasov approximation is inadequate is investig...
Computer program determines the potential and charge distributions between two electrodes in a plasm...
A starting point for deriving the Vlasov equation is the BBGKY hierarchy that describes the dynamics...
Thesis (Ph.D.)--University of Washington, 2022Plasma models have regions of validity that depend on ...
An examination of Vlasov theory of a plasma led to the hypothesis that a plasma may reside in a stat...
A fully 3-dimensional plasma consisting of up to 96 charged particles is simulated in a computer. Th...
Scientific investigation of plasma phenomena can be undertaken through either experiments, or numeri...
High temperature laboratory and rarefied space plasmas can be considered in many situations as colli...
Flows on a plasmaspheric flux tube were modelled, using a fully interhemispheric model in which no l...
This dissertation documents my mathematical and computational models of the charging of spherical du...
Plasma-surface interactions are ubiquitous in the field of plasma science and technology. Much of th...
Collisionless plasmas, mostly present in astrophysical and space environments, often require a kinet...
Plasma interactions and their effects on materials depend on a number of factors, including the pre-...
The responses of gridded spherical and planar electrostatic probes to plasmas with kappa type distri...
During the course of this project we have made a great deal of progress developing and using a new p...