SPATIAL AND ENERGY-DISTRIBUTION OF ELECTRONS GENERATED IN THE INTERACTION OF AN ELECTRON-BEAM WITH A NONUNIFORM GAS-FLOW

The interaction of an electron beam with a nitrogen stream is modeled by the Monte-Carlo method. A comparison is made of the calculated exci tation rates of the B-2 Sigma(u)(+) and C-3 Pi(u) states with the meas ured intensities of the first negative (transition B-2 Sigma(u)(+), v' = 0 --> X(1) Sigma(g)(+), v '' = 0) and the second positive (transiti on C-3 Pi(u), v' = 0 --> B-3 Pi(g), v '' = 0) nitrogen band radiation systems. An analysis of population mechanisms for B-2 Sigma(u)(+) nitr ogen ion and C-3 Pi(u) nitrogen molecular states is presented.