Model of a nuclear-pumped liquid optical quantum amplifier

A model of a nuclear-pumped liquid optical quantum amplifier is constructed, which allows the analysis of its operation for different parameters of the amplifier, different compositions of the active medium and pump pulses. The amplification characteristics of a liquid amplifier with a neodymium- and uranium-containing phosphorus oxychloride laser medium are calculated. It is shown that amplification in this medium can be obtained using the BARS-6 reactor neutron pumping.