Beschreibung:
<jats:p>The analytical solutions describing intensive wave propagation in the stratified atmosphere are found. The exponential increase of amplitude due to stratification and change of effective viscousity are taken into account. The evolution of the initial periodic signal and the single impulse is investigated. The main attention is payed to the fine structure of shock front. The analysis of the qualitative features of evolution of both initial signals is made. The influence of the atmosphere temperature dependence on the height from Earth surface is investigated. It is shown that the strong temperature rise at large heights leads to the increase of distance of wave propagation. The obtained analytical solutions are used for estimation of intensive wave influence on the atmosphere state at large heights.</jats:p>