COLLISIONAL NARROWING OF GAS PHASE INFRARED BANDS OF CO2 AT HIGH DENSITY

Ozanne L.; Bouanich JP.; Boulet C.; Hartmann JM.

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COLLISIONAL NARROWING OF GAS PHASE INFRARED BANDS OF CO2 AT HIGH DENSITY

机译：高密度高二氧化碳气相红外条带的碰撞

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Collisional narrowing due to line-mixing effects are studied in the nu(3) and 3 nu(3) bands of CO2 perturbed by He and Ar at elevated pressure. The results of computations using an energy-corrected sudden approach are compared with measurements. The model enables the correct prediction of the decrease in the measured bandwidth with increasing density which is due to interbranch (R <----> P) coupling and which is analyzed theoretically in the infrared. [References: 9]

机译：在升高压力下，在Nu（3）和3千（3）CO2的CO2和3族（3）条带中进行碰撞窄。使用能量校正的突发方法计算计算结果与测量值进行比较。该模型能够通过增加的密度来正确预测测量带宽的降低，所述密度是由于非洲非洲共同（R <----> P）耦合，并且理论上在红外线分析。 [参考：9]

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来源
《Chemical Physics Letters》 |1996年第3期|共4页
作者
Ozanne L.; Bouanich JP.; Boulet C.; Hartmann JM.;
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作者单位

UNIV PARIS 11 UNIV PARIS 06 CNRS UPR 136 LAB PHYS MOL &

APPLICAT BAT 350 F-91405 ORSAY FRANCE;

Univ Arkansas Dept Math Sci Fayetteville AR 72703 USA;

Univ Arkansas Dept Math Sci Fayetteville AR 72703 USA;

Univ Arkansas Dept Math Sci Fayetteville AR 72703 USA;

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原文格式 PDF
正文语种 eng
中图分类物理化学（理论化学）、化学物理学;
关键词
Q-branch; Pressure; Spectra; Bar;

机译：Q-分支;压力;光谱;酒吧;

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专利

1. COLLISIONAL NARROWING OF GAS PHASE INFRARED BANDS OF CO2 AT HIGH DENSITY [J] . Ozanne L., Bouanich JP., Boulet C., Chemical Physics Letters . 1996,第3期

机译：高密度高二氧化碳气相红外条带的碰撞
2. GROUND-BASED Pa alpha NARROW-BAND IMAGING OF LOCAL LUMINOUS INFRARED GALAXIES. I. STAR FORMATION RATES AND SURFACE DENSITIES [J] . Tateuchi Ken, Konishi Masahiro, Motohara Kentaro, The Astrophysical Journal. Supplement Series . 2015,第1期

机译：本地发光红外星系的基于地面的Pa alpha窄带成像。 I.恒星形成率和表面密度
3. Square-Patterned Narrow-Band Infrared Emitter for Filter Less Infrared Gas Sensor [J] . Jun Tae Song, Joong Hee Park, June Kyoo Lee, Japanese journal of applied physics . 2012,第6Issue2期

机译：方型窄带红外发射器，用于无滤光红外气体传感器
4. MEMS integrated narrow band infrared emitter and detector for infrared gas sensor [C] . J J Lai, H F Liang, Z L Peng, International photonics optoelectronics meetings . 2011

机译：MEMS集成窄带红外发射器和红外气体传感器检测器
5. Synthesis of narrow band-gap III-V semiconductors using metal-organic vapor phase epitaxy. [D] . Jha, Smita. 2010

机译：利用金属有机气相外延合成窄带隙III-V族半导体。
6. New strategy for designing promising mid-infrared nonlinear optical materials: narrowing the band gap for large nonlinear optical efficiencies and reducing the thermal effect for a high laser-induced damage threshold [O] . Shu-Fang Li, Xiao-Ming Jiang, Yu-Hang Fan, 2018

机译：设计有前途的中红外非线性光学材料的新策略：缩小带隙以实现较大的非线性光学效率并降低高激光诱导损伤阈值的热效应
7. Development of Calculation Method for Radiative Heat Transfer in an Infrared-active Gas with Narrow-Band Nonuniformity and Its Examination Based on an Absorption Line Data Base (In Case of a Mixed Gases Field Including H2O and CO2) [O] . Tatsuyuki OKAMOTO, Tadashi NAITOU, Toshimi TAKAGI 2005

机译：基于吸收线数据基的红外活性气体辐射传热的辐射热传递计算方法的研制（如果包括H2O和CO2的混合气体场）

COLLISIONAL NARROWING OF GAS PHASE INFRARED BANDS OF CO2 AT HIGH DENSITY

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