The area of the sheath around a thin, disk-shaped electrode that is biased below the plasma potential has been computed using a hybrid simulation with cold, collisionless ions and Boltzmann electrons. That is, the "collecting area" of a double-sided, planar Langmuir probe has been determined for the ion saturation current regime. Sheath areas are calculated for probe radii from 10 to 45 electron Debye lengths and for probe biases from -5 to -30 times the electron temperature. The dependence of the sheath area on probe radius and bias is parameterized using simple empirical formulas
International audienceLangmuir probe diagnostic on magnetic plasma devices often encounters more cha...
Frequently used geometries of Langmuir probes are planar, spherical, and cylindrical shapes. The geo...
International audienceIn low temperature magnetized plasma, Langmuir probe measurements must be corr...
An analytical model has been developed to estimate the collecting area of a \u201cgapped\u201d singl...
International audienceThis paper compares two methods to analyze Langmuir probe data obtained in ele...
The probe current can be described by a formula from the orbital motion theory given by Langmuir. Th...
A method of measuring the density of a fully ionized, magnetized plasma is deduced from the theoreti...
A particle-in-cell simulation has been developed to study the behaviour of ions in the surroundings ...
Multi-needle Langmuir probes are mounted on satellites and sounding rockets for high-frequency chara...
The cylindrical Langmuir probe under orbital-limited conditions was used to determine the charge den...
The segmented Langmuir probe (SLP) has been recently proposed by one of the authors(Lebreton, 2002) ...
A theoretical model for collisionless and weakly collisional plasmas with cold positive ions is deve...
International audienceThis work is devoted to the study of the electron density measured by means of...
International audienceLangmuir probe diagnostic on magnetic plasma devices often encounters more cha...
Frequently used geometries of Langmuir probes are planar, spherical, and cylindrical shapes. The geo...
International audienceIn low temperature magnetized plasma, Langmuir probe measurements must be corr...
An analytical model has been developed to estimate the collecting area of a \u201cgapped\u201d singl...
International audienceThis paper compares two methods to analyze Langmuir probe data obtained in ele...
The probe current can be described by a formula from the orbital motion theory given by Langmuir. Th...
A method of measuring the density of a fully ionized, magnetized plasma is deduced from the theoreti...
A particle-in-cell simulation has been developed to study the behaviour of ions in the surroundings ...
Multi-needle Langmuir probes are mounted on satellites and sounding rockets for high-frequency chara...
The cylindrical Langmuir probe under orbital-limited conditions was used to determine the charge den...
The segmented Langmuir probe (SLP) has been recently proposed by one of the authors(Lebreton, 2002) ...
A theoretical model for collisionless and weakly collisional plasmas with cold positive ions is deve...
International audienceThis work is devoted to the study of the electron density measured by means of...
International audienceLangmuir probe diagnostic on magnetic plasma devices often encounters more cha...
Frequently used geometries of Langmuir probes are planar, spherical, and cylindrical shapes. The geo...
International audienceIn low temperature magnetized plasma, Langmuir probe measurements must be corr...