The cylindrical Langmuir probe under orbital-limited conditions was used to determine the charge density in a low-density collisional plasma. The Langmuir's theory was applied to both electron and ion saturation currents in their respective accelerating regions. Present study indicates that the length of the probe significantly affects the probe characteristics. A probe of suitable length under orbital-limited conditions may be useful under the experimental conditions where the radius of the probe is much smaller than the Debye lengt
Langmuir probe measurements are performed in magnetized expanding plasmas of different compositions....
A method of measuring the density of a fully ionized, magnetized plasma is deduced from the theoreti...
A theoretical model for collisionless and weakly collisional plasmas with cold positive ions is deve...
The cylindrical Langmuir probe under orbital-limited conditions was used to determine the charge den...
The probe current can be described by a formula from the orbital motion theory given by Langmuir. Th...
International audienceThis paper compares two methods to analyze Langmuir probe data obtained in ele...
Plasma potential measurements using the conventional Langmuir probe may cause an error due to the sp...
In this contribution we aim at presenting the overview of the work that has been done in expanding t...
The area of the sheath around a thin, disk-shaped electrode that is biased below the plasma potentia...
A Langmuir probe system has been developed for measurement of electron densities and electron temper...
An asymptotic analysis of electron collection at high bias ⌽ p serves to determine the domain of val...
A particle-in-cell simulation has been developed to study the behaviour of ions in the surroundings ...
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...
This thesis is being archived as a Digitized Shelf Copy for campus access to current students and st...
Langmuir probe measurements are performed in magnetized expanding plasmas of different compositions....
A method of measuring the density of a fully ionized, magnetized plasma is deduced from the theoreti...
A theoretical model for collisionless and weakly collisional plasmas with cold positive ions is deve...
The cylindrical Langmuir probe under orbital-limited conditions was used to determine the charge den...
The probe current can be described by a formula from the orbital motion theory given by Langmuir. Th...
International audienceThis paper compares two methods to analyze Langmuir probe data obtained in ele...
Plasma potential measurements using the conventional Langmuir probe may cause an error due to the sp...
In this contribution we aim at presenting the overview of the work that has been done in expanding t...
The area of the sheath around a thin, disk-shaped electrode that is biased below the plasma potentia...
A Langmuir probe system has been developed for measurement of electron densities and electron temper...
An asymptotic analysis of electron collection at high bias ⌽ p serves to determine the domain of val...
A particle-in-cell simulation has been developed to study the behaviour of ions in the surroundings ...
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...
This thesis is being archived as a Digitized Shelf Copy for campus access to current students and st...
Langmuir probe measurements are performed in magnetized expanding plasmas of different compositions....
A method of measuring the density of a fully ionized, magnetized plasma is deduced from the theoreti...
A theoretical model for collisionless and weakly collisional plasmas with cold positive ions is deve...