THE HIGH-PRECISION MILLIMETER-WAVE SPECTRUM OF (SO2)-S-32, (SO2)-S-32(NU(2)), AND (SO2)-S-34

Alekseev EA.; Ilyushin VV.; Podnos SV.; Dyubko SF.

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THE HIGH-PRECISION MILLIMETER-WAVE SPECTRUM OF (SO2)-S-32, (SO2)-S-32(NU(2)), AND (SO2)-S-34

机译：（SO2）-S-32，（SO2）-S-32（NU（2））和（SO2）-S-34的高精度毫米波光谱

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Frequencies of a number of (32)SO2, (SO2)-S-32(nu(2)), and (SO2)-S-34 transitions have been measured between 50 and 150 GHz. The frequency determination error was about 1-3 kHz. Such accuracy is about two orders of magnitude better than that of previous investigations. By combining these data with previously available submillimeter and FIR measurements, greatly improved sets of the parameters of Watson's A-reduced Hamiltonian have been obtained in the I-r representation. (C) 1996 Academic Press, Inc. [References: 7]

机译：在50至150 GHz之间测量了许多（32）SO2，（SO2）-S-32（nu（2））和（SO2）-S-34跃迁的频率。频率确定误差约为1-3 kHz。这种准确性比以前的研究要好两个数量级。通过将这些数据与以前可用的亚毫米波和FIR测量值相结合，可以在I-r表示中获得极大改善的Watson A简化哈密顿量参数集。（C）1996 Academic Press，Inc. [参考：7]

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《Journal of Molecular Spectroscopy》 |1996年第2期|共5页
作者
Alekseev EA.; Ilyushin VV.; Podnos SV.; Dyubko SF.;
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正文语种 eng
中图分类光学;
关键词
So2;

机译：生病;

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1. Impact of China＇s SO2 Emissions on SO2 Concentration and Sulfur Deposition in Japan [J] . Liu Yanyan, Cheng Nianliang, Li Junjie, 气象与环境研究：英文版 . 2015,第005期
2. THE HIGH-PRECISION MILLIMETER-WAVE SPECTRUM OF (SO2)-S-32, (SO2)-S-32(NU(2)), AND (SO2)-S-34 [J] . Alekseev EA., Ilyushin VV., Podnos SV., Journal of Molecular Spectroscopy . 1996,第2期

机译：（SO2）-S-32，（SO2）-S-32（NU（2））和（SO2）-S-34的高精度毫米波光谱
3. Study of SO2 line parameters with a quantum cascade laser spectrometer around 1090cm(-1): Comparison with calculations of the v(1) and v(1)+v(2)-v(2) bands of (SO2)-S-32 and the v(1) band of (SO2)-S-34 [J] . Zeninari V, Joly L, Grouiez B, Journal of Quantitative Spectroscopy & Radiative Transfer . 2007,第2期

机译：用1090cm（-1）左右的量子级联激光光谱仪研究SO2线参数：与（SO2）-S-的v（1）和v（1）+ v（2）-v（2）谱带计算的比较32和（SO2）-S-34的v（1）波段
4. High-resolution spectroscopy of jet-cooled (SO2)-S-32 and (SO2)-S-34: The (a)over-tilde(3)B(1)-(X)over-tilde(1)A(1), 2(0)(1) and 1(0)(1) bands [J] . Huang CL., Chen IC., Merer AJ., Journal of Molecular Spectroscopy . 2000,第1期

机译：喷射冷却的（SO2）-S-32和（SO2）-S-34的高分辨率光谱学：（a）波浪形（3）B（1）-（X）波浪形（1）A（ 1），2（0）（1）和1（0）（1）频段
5. Absorption of SO2 in the MgO–SO2–H2Oand in the Ca2+–SO2–H2O System [C] . T. Recelj, J. Golob 6th World congress of chemical engineering . 2001

机译：MgO–SO2–H2O和Ca2 + –SO2–H2O系统中SO2的吸收
6. Recycling Neodymium-Iron-Boron Magnet Alloy by Direct Sulfation with So2 Gas [D] . Hurley, Bridger. 2019

机译：SO2气体直接硫化回收钕铁硼磁铁合金。
7. Na+Me3NB12Cl11−·SO2: a rare example of a sodium–SO2 complex [O] . Carsten Jenne, Valentin van Lessen 2019

机译：Na + Me3NB12Cl11-·SO2：钠-SO2复合物的罕见例子
8. Activation of H2 and SO2 by Mo and W complexes: first examples of molecular-H2 complexes, SO2 insertion into metal-hydride bonds, and homogeneous hydrogenation of SO2 [O] . G.J. Kubas, R.R. Ryan 1986

机译：通过Mo和W复合物激活H 2和SO2：分子-H2配合物的第一实例，SO2插入金属 - 氢化物键，以及SO2的均匀氢化

THE HIGH-PRECISION MILLIMETER-WAVE SPECTRUM OF (SO2)-S-32, (SO2)-S-32(NU(2)), AND (SO2)-S-34

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