Remote detection of traces of high energetic materials of trinitrotoluene, hexogen, composition B, octogen, and tetryl obtained at
a distance of 5 m with
a scanning lidar
Laser-induced fluorescence of PO photofragments of organophosphates of excitation radiation at wavelengths near the bandheads of the (P22 + Q12) and P12 branches of the
A2Σ+ (v
Simulation of the transfer function of a Fabry-Perot interferometer for incoherent doppler wind lidar sensitivity of the FPI transmission with
a change in the wind speed in the atmosphere by 1 m/
s are presented
Efficiency of laser excitation of PO photofragments of organophosphatesResults of calculation of the absorption spectrum of phosphorus oxide (PO) corresponding to the
A2Σ