Abstract
The paper investigates the generation of high power, subnanosecond near-mm wave pulses, obtained by synchronous pumping with a modelocked TEA CO2 laser of CH3F (496 microns, 193 microns) and D2O (385 microns, 66 microns) and NH3 (151 microns). The dependence of pulse duration on pressure and cavity detuning have been studied, together with the dynamic evolution of the pump and FIR pulses.
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