Atomic kinetics in plasma under the influence of laser pulses

In this work, calculations of laser fluorescence signals on helium lines in plasma with a temperature of $\approx$ 10 eV and a density of $\approx$ 10$^{12}$ cm$^{-3}$ were performed using the generalized probability of the time evolution of the photoprocess. The laser pumping and fluorescence scheme for the plasma of the E-1 setup (a prototype of an electrodeless plasma rocket engine) was modeled for different numbers of modes in a pulse.