Tunable HF (DF) laser initiated by pulse CO 2 laser radiation

The laser action was achieved as a result of the initiation of chemical reactions in SF$sub 6$ + H$sub 2$, SF$sub 6$ + C$sub 3$H$sub 8$, and SF$sub 6$ + D$sub 2$ mixtures by pulse CO$sub 2$ laser radiation. The emission spectrum was recorded and tuning was achieved by selecting one vibration-rotatio...

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Published in:Soviet journal of quantum electronics 1975-04, Vol.5 (4), p.454-456
Main Authors: Balykin, Viktor I, Kolomiiskii, Yu R, Tumanov, O A
Format: Article
Language:English
Subjects:
420300 -Engineering-Lasers
CHEMICAL LASERS- OPERATION
CHEMICAL REACTIONS
DEUTERIUM COMPOUNDS
EMISSION SPECTRA
FREQUENCY SELECTION
HYDROFLUORIC ACID
N42210 -Engineering-Facilities & Equipment-Lasers
TUNING
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container_title Soviet journal of quantum electronics
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creator Balykin, Viktor I
Kolomiiskii, Yu R
Tumanov, O A
description The laser action was achieved as a result of the initiation of chemical reactions in SF$sub 6$ + H$sub 2$, SF$sub 6$ + C$sub 3$H$sub 8$, and SF$sub 6$ + D$sub 2$ mixtures by pulse CO$sub 2$ laser radiation. The emission spectrum was recorded and tuning was achieved by selecting one vibration-rotational transition in the range 3200--3700 cm$sup -1$ in the case of HF and in the range 2450--2650 cm$sup -1$ in the case of DF.
doi_str_mv 10.1070/QE1975v005n04ABEH011113
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subjects 420300 -Engineering-Lasers
CHEMICAL LASERS- OPERATION
CHEMICAL REACTIONS
DEUTERIUM COMPOUNDS
EMISSION SPECTRA
FREQUENCY SELECTION
HYDROFLUORIC ACID
N42210 -Engineering-Facilities & Equipment-Lasers
TUNING
title Tunable HF (DF) laser initiated by pulse CO 2 laser radiation
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