2007
DOI: 10.1007/s00340-007-2842-0
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Temperature dependence of pressure broadening and shifts of acetylene at 1550 nm by He, Ne, and Ar

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Cited by 15 publications
(14 citation statements)
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“…Since that time, this study was extended down to 195 K for the rare gases [6], demonstrating that there is satisfactory agreement between experiment and close coupling calculations over a range of temperatures.…”
Section: Introductionmentioning
confidence: 75%
“…Since that time, this study was extended down to 195 K for the rare gases [6], demonstrating that there is satisfactory agreement between experiment and close coupling calculations over a range of temperatures.…”
Section: Introductionmentioning
confidence: 75%
“…where Δν G is the Gaussian linewidth, allowing a maximum 5% linewidth broadening due to impurities will yield a maximum impurity percentage of ∼10% for contamination by air (see [21] for broadening coefficients of acetylene in various buffer gases and [22] for numerical values of the Gaussian linewidths). According to a measured gas leakage rate of 1 mbar=h, this corresponds to a maximum allowed filling time of 10 h for a 100 mbars filling pressure.…”
Section: Ideal Gas-filling Conditionsmentioning
confidence: 99%
“…9 OCS-He shift values for all transitions set to zero due to lack of data 10 OCS-He temperature dependence values for all transitions set to 0.75 due to lack of data 11 OCS-H 2 broadening dataset constructed using Broquier et al [95]. Transitions not studied in this source are set to the average value γ OCS-H2 ¼ 0:0525 cm À 1 atm À 1 12 6 Bouanich et al [106] 7 Varanasi and Bangaru [113] 8 Thibault et al [110] 9 Babay et al [104] 10 Valipour and Zimmermann [125] 11 Podolske et al [123] 12 Bouanich et al [116] 13 Thibault [124] 14 Heijmen et al [120] 15 Blanquet et al [114] 16 Bouanich et al [117] 17 Dutta et al [119] 18 Buldyreva et al [118] 19 Lucchesini et al [108] 20 Nguyen et al [122] 21 Ivanov and Buzykin [121] 22 Minutolo et al [127] 23 Martin et al [126] 24 Bond et al [115] 25 Temperature exponent averaging (n¼ 0.59) for final c2h2.h2 file with data from Refs. [110,111] 26 In the ν 1 þν 3 band linear fits to data from Refs.…”
mentioning
confidence: 99%