2011
DOI: 10.1016/j.jms.2010.11.003
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Improved rovibrational constants for the ν12 band of C2H3D

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Cited by 16 publications
(8 citation statements)
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“…To our knowledge, the measured integrated band intensities of ν 7 + ν 8 and ν 6 + ν 10 are reported for the first time. This work is part of our FTIR studies of the ethylene molecule and its isotopomers [31][32][33][34].…”
Section: Introductionmentioning
confidence: 99%
“…To our knowledge, the measured integrated band intensities of ν 7 + ν 8 and ν 6 + ν 10 are reported for the first time. This work is part of our FTIR studies of the ethylene molecule and its isotopomers [31][32][33][34].…”
Section: Introductionmentioning
confidence: 99%
“…При использовани параметров основного состояния из [31] экспериментальные значения комбинационных разностей начинали отклоняться от таковых, определенных на основании работы [31], и различие между ними в несколько раз превосходило экспериментальную погрешность. Причем такое отклонение наблюдалось для уровней энергии с квантовыми числами J 26 и K a 8, что не являются пределом для исследования экспериментального спектра в данной работе.…”
Section: параметры основного состоянияunclassified
“…Таблица 4 содержит результаты определения параметров основного состояния в столбце 3. Из сравнения с параметрами работы [31] Таблица 3. Статистическая информация по результатам анализа спектра молекулы [32] 1125.2769 30 13 ν 6 (A ′ ), [33] 1125.2769 27 20 947 Всего, данная работа 27930 4028 Всего, [32] 18000…”
Section: параметры основного состоянияunclassified
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“…Spectrum I clearly shows Q-, P-, and R-branches of the ν 7 and ν 8most intense bands, the last of which completely overlaps the ν 4 band. Also, the P-branch of ν 10 and theν 3 -branch are marked in the figure . To analyze the spectrum, the method of combination difference of the ground vibrational state was used: the rotational energies of the ground vibrational state were calculated based on the data from [31]. Table 3 contains statistical information on the results of the analysis of the absorption spectrum of the molecule under study.…”
Section: Analysis Of Experimental Datamentioning
confidence: 99%