Boron Particles Production in
Nonequilibrium Laser-Chemical Radical
Reactions During the IR Multiphoton
Dissociation of HCIC=CBCI<sub>2</sub>H Molecules

Abdushelishvili, G. I.; Abzianidze, T. G.; Bakhtadze, A. G.; Kervalishvili, P. D.; Tkeshelashvili, G. I.; Tzinadze, T. B.

doi:https://doi.org/10.1155/1989/73481

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Volume 10 | Article ID 073481 | https://doi.org/10.1155/1989/73481

Boron Particles Production in Nonequilibrium Laser-Chemical Radical Reactions During the IR Multiphoton Dissociation of HCIC=CBCI₂H Molecules

G. I. Abdushelishvili,¹T. G. Abzianidze,¹A. G. Bakhtadze,¹P. D. Kervalishvili,¹G. I. Tkeshelashvili,¹and T. B. Tzinadze¹

Received20 Feb 1988

Accepted06 May 1988

Abstract

The study of IR MPD of HCIC=CBCI₂H molecule by CO₂.-laser is presented. We provide experimental results showing high degree of fragmentation of this molecule (down to elementary boron) during nonequilibrium laser induced radical bimolecular reactions.

Copyright

Copyright © 1989 Hindawi Publishing Corporation. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

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Laser Chemistry

Boron Particles Production in Nonequilibrium Laser-Chemical Radical Reactions During the IR Multiphoton Dissociation of HCIC=CBCI2H Molecules

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Boron Particles Production in Nonequilibrium Laser-Chemical Radical Reactions During the IR Multiphoton Dissociation of HCIC=CBCI₂H Molecules