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The near-ultraviolet band system of the jet-cooled BF2 free radical has been studied by a combination of laser-induced fluorescence (LIF) and single vibronic level wavelength resolved emission spectroscopies. The radical was produced in a supersonic discharge jet by using a precursor mixture of 1%~3% of BF3 or 10BF3 in high pressure argon. A large number of bands were found in the
The near-ultraviolet band system of the jet-cooled BF2 free radical has been studied by a combination of laser-induced fluorescence (LIF) and single vibronic level wavelength resolved emission spectroscopies. The radical was produced in a supersonic discharge jet by using a precursor mixture of 1% ~ 3% of BF3 or 10BF3 in high pressure argon. A large number of bands were found in the