CO2-laser induced multiple photon excitation and dissociation of the molecule (CF3)3CBr in the environment of I2 has been studied experimentally and theoretically. The synthesis of the (CF3)3CI molecule in laser-radical chemical reactions with high yield has been demonstrated.

Multiple Photon IR Dissociation of (CF3)3CB<small.letters>r</small.letters> and Synthesis of
(CF3)3CI in Laser-Radical Chemical Reactions

Laser Chemistry

Abstract

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Multiple Photon IR Dissociation of (CF3)3CBr and Synthesis of
(CF3)3CI in Laser-Radical Chemical Reactions

https://www.hindawi.com/journals/lc/1983/764806/

Laser Chemistry

Multiple Photon IR Dissociation of (CF3)3CBr and Synthesis of (CF3)3CI in Laser-Radical Chemical Reactions

Abstract

Copyright

Multiple Photon IR Dissociation of (CF₃)₃CBr and Synthesis of (CF₃)₃CI in Laser-Radical Chemical Reactions