Abstract
A study is made of the emission effects in quantum field systems contained in the regions of space with a non-stationary boundary. The back reaction of emission on the boundary is taken into account. The classical equations of motion of a system consisting of a free massless scalar field limited in space by a massive reflecting wall (mirror) are investigated in the two-dimensional case. The system is closed, i.e. external forces are absent. This system is quantised. The effect of the reaction of emission on the trajectory of a mirror is studied. The specific peculiarities of the stimulated emission processes in closed quantum systems with boundary are established and investigated. The results are related to hadronic physics.
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