The various steps involved in computing the moments (density, velocity, and temperature) of the ion and electron distributions measured with the Los Alamos Magnetospheric Plasma Analyzer (MPA) are described. The assumptions, constants, and algorithms contained in the FORTRAN code are presented, as well as the output parameters produced by the code
International audienceRetarding field analyzers (RFA) provide an integral of the ion velocity distri...
Electron density and temperature profiles measured in exhaust of magnetoplasma-dynamic sourc
A soft x-ray pulse height analysis (PHA) system is begin used at the Rijhuizen Tokamak Project to st...
In-situ measurements of space plasma throughout the solar system require high time resolution to und...
We present the application of a numerical method to correct electron moments calculated on-board sp...
Abstract We present the first electron and ion moment maps (density, velocity and temper-ature) of t...
Historically, our ability to predict and postdict surface charging has suffered from both a lack of ...
Several programs and variations have been developed to determine statistical means of different plas...
The electron temperatures and electron densities of air and argon have been measured at various pds ...
The author describes a method of moments witch allow one to determine the mobility and temperature o...
Computerized data reduction techniques for obtaining local electron temperature variations in plasma...
In plasma chemistry, commercially available systems of combined ion energy and mass analyzers are co...
This paper presents a method for obtaining electron energy density functions from Langmuir probe dat...
The Fast Plasma Investigation onboard the Magnetospheric Multiscale mission uses a discrete wavelet ...
International audiencePlasma environment effects on atomic structure are analyzed using various atom...
International audienceRetarding field analyzers (RFA) provide an integral of the ion velocity distri...
Electron density and temperature profiles measured in exhaust of magnetoplasma-dynamic sourc
A soft x-ray pulse height analysis (PHA) system is begin used at the Rijhuizen Tokamak Project to st...
In-situ measurements of space plasma throughout the solar system require high time resolution to und...
We present the application of a numerical method to correct electron moments calculated on-board sp...
Abstract We present the first electron and ion moment maps (density, velocity and temper-ature) of t...
Historically, our ability to predict and postdict surface charging has suffered from both a lack of ...
Several programs and variations have been developed to determine statistical means of different plas...
The electron temperatures and electron densities of air and argon have been measured at various pds ...
The author describes a method of moments witch allow one to determine the mobility and temperature o...
Computerized data reduction techniques for obtaining local electron temperature variations in plasma...
In plasma chemistry, commercially available systems of combined ion energy and mass analyzers are co...
This paper presents a method for obtaining electron energy density functions from Langmuir probe dat...
The Fast Plasma Investigation onboard the Magnetospheric Multiscale mission uses a discrete wavelet ...
International audiencePlasma environment effects on atomic structure are analyzed using various atom...
International audienceRetarding field analyzers (RFA) provide an integral of the ion velocity distri...
Electron density and temperature profiles measured in exhaust of magnetoplasma-dynamic sourc
A soft x-ray pulse height analysis (PHA) system is begin used at the Rijhuizen Tokamak Project to st...