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@article{1092088,
author = {Voráč, Jan and Procházka, Vojtěch and Dvořák, Pavel},
article_number = {1.12.2012},
keywords = {LIF; OH; hydroxyl; plasma pencil},
language = {eng},
issn = {0009-2770},
journal = {Chem Listy},
title = {VIBRATIONAL AND ROTATIONAL ENERGY TRANSFER IN A 2SIGMA+ STATE OF OH RADICALS MEASURED BY LASER INDUCED FLUORESCENCE},
url = {http://www.chemicke-listy.cz/common/content-issue_s5-volume_106-year_2012.html},
volume = {106},
year = {2012}
}
TY - JOUR
ID - 1092088
AU - Voráč, Jan - Procházka, Vojtěch - Dvořák, Pavel
PY - 2012
TI - VIBRATIONAL AND ROTATIONAL ENERGY TRANSFER IN A 2SIGMA+ STATE OF OH RADICALS MEASURED BY LASER INDUCED FLUORESCENCE
JF - Chem Listy
VL - 106
IS - 1.12.2012
SP - 1504-1507
EP - 1504-1507
SN - 00092770
KW - LIF
KW - OH
KW - hydroxyl
KW - plasma pencil
UR - http://www.chemicke-listy.cz/common/content-issue_s5-volume_106-year_2012.html
L2 - http://www.chemicke-listy.cz/common/content-issue_s5-volume_106-year_2012.html
N2 - Laser induced fluorescence was used for detection of OH radicals in atmospheric pressure RF discharge ignited in argon in the so-called plasma pencil. Vibrational and rotational energy transfers in the excited states A 2 Sigma (v=0,1) together with appropriate life-times were studied. Since argon is relatively uneffective quencher, lifetimes of the excited states in plasma pencil are in the order of tens of nanoseconds, which is appreciably longer than the laser pulse. It was shown that the RET rate in plasma pencil is very high. Therefore, the rotational energy distribution of the excited state can be considered to be well thermalized.
ER -
VORÁČ, Jan, Vojtěch PROCHÁZKA a Pavel DVOŘÁK. VIBRATIONAL AND ROTATIONAL ENERGY TRANSFER IN A 2SIGMA+ STATE OF OH RADICALS MEASURED BY LASER INDUCED FLUORESCENCE. \textit{Chem Listy}. roč.~106, 1.12.2012, s.~1504-1507. ISSN~0009-2770. 2012.
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