Plasma attributes modeled include electron density, electron temperature, and plasma potential.
It includes electron microscope images of a rabbit and pig brain preserved under their method.
The magnetospheric processes act to produce a number of interesting ionospheric features, including electron and ion temperature hot spots, large-scale plasma blobs, extended tongues of ionization, ionization troughs and peaks, and super plasma fountain.
Examples include electron mass and charge, Avogadro's constant (a scaling factor between macroscopic and atomic scales), the Boltzmann constant (relating energy to temperature), and the universal gravitation constant, aka "G".
Examples include electron microscopy, infra-red imaging, and ultrasonic imaging and hygrothermal evaluation, among others.
The plasma source is very important in plasma processes as it determines the plasma characteristics including plasma density, electron temperature, and plasma distribution.
Spacecraft potential from PWE also includes information about both electron temperature and density.
Fermions include electrons and quarks, which come in the whimsical-sounding varieties up, down, charm, strange, top, and bottom.
It describes the transport of electrons in a collisional and partly ionised plasma, including electron-electron, electron-ion, and electron-neutral collisions.
However, when they annihilate, they may create other kinds of particles that could include electrons, positrons, photons, or even nucleons.
