Abstract
The high-intensity transmission characteristics of CH3CHF2 and CHFCHF were investigated in the intensity range of 5×106 to 5×108 W/cm2 for various lines of the CO2 lasing branches. For similar gas pressures, the ratio of small to large intensity absorption coefficients is relatively constant at various CO2 lasing lines. The ratio of ∼6 measured for CH3CHF2 at 10.6 μm renders this molecule a good candidate for CO2 amplifier gain isolation.
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