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碘分子
相关语句
  iodine molecule
     The Study of Fluorescence Excitation Spectra of Iodine Molecule BΠ0~+_u State
     碘分子BⅡ0_u~+态荧光激发谱研究
短句来源
     Investigation of Hyperfine Spectra of Iodine Molecule and Frequency Stabilization Using a Nd:YVO_4/KTP Ring Laser
     Nd:YVO_4/KTP激光碘分子超精细光谱和稳频研究
短句来源
     Hyperfine spectrum of a ro-vibrational line of the iodine molecule at 629nm of He-22 Ne laser has been observed by a specific saturated-absorption spectroscopy.
     用特殊的饱和吸收方法,在He-~(22)Ne激光629nm处观测到碘分子-振转跃迁的超精细光谱。
短句来源
     Analysis and Calculation of Hyperfine Lines of Iodine Molecule
     碘分子超精细谱线的分析计算
短句来源
     STUDY ON THE ABSORPTION SPECTRUM OF IODINE MOLECULE
     碘分子吸收光谱研究
短句来源
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  molecular iodine
     From 488. 0nm to 544. 0nm,we have observed the laser fluorescence of molecular iodine.
     在488.0~544.0nm间,观察到了碘分子的激光感应荧光。
短句来源
     The full hyperfine components of R(127)line in 11-5 band and P(33)line in 6-3 band of B←X electronic transition of molecular iodine were observed by saturated absorp-tion spectroscopy.
     由饱和吸收光谱观测到碘分子B←X电子跃迁11-5带R_(127)和6-3带p_(33)全部超精细结构分量。
短句来源
     We have observed the fluorescene spectrum of molecular iodine,induced by line at 514. 5nm,and have also got the excitation spectrum of molecular iodine near 514. 5nm.
     观察到碘分子在光谱线514.5nm感应作用下的荧光谱,同时得到了在514.5nm附近碘分子的激发光谱。
短句来源
     Measurement and Study of the Fluorescence and Excitation Spectrum of Molecular Iodine
     碘分子的荧光谱和激发光谱的测量和研究
短句来源
     OPTOGALVANIC SPECTRUM OF MOLECULAR IODINE
     碘分子的光电流光谱实验
短句来源
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  iodine molecules
     HYPERFINE SPECTRUM OF IODINE MOLECULES ~(127)I~(129)I
     碘分子~(127)I~(129)I的超精细光谱
短句来源
     A narrow bandwidth dye laser is used as probe beam anddirected to the laser induced gratings. The spectroscopic signal is collected along the directionof Bragg diffraction. By scaning the probe laser wavelength,129 TC-LIG lines coupledbetween B and X states of iodine molecules are obtained in the 555.9-570.6 nm,576.3-587. 2 nm and 605.0-605.6 nm regions.
     扫描探索光的波长,分别在555.9~570.6nm,576.3~587.2nm和605.0~605.6nm的波段内共获得129根与碘分子B-X态振转能级双共振的双色激光感生光栅光谱谱线。
短句来源
     Ro-vibrational levels of iodine molecules at He-Ne laser lines
     碘分子在He-Ne激光器输出谱线范围内的振转带
短句来源
     Two-color Laser-induced-grating Spectroscopy of Iodine Molecules
     碘分子双色激光感生光栅光谱
短句来源
     Accurate Measurements of Brillouin Shift in Water by the Filters with Resonating Absorption of Iodine Molecules
     用碘分子共振吸收滤波器精确测量水中的布里渊散射频移
短句来源
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  “碘分子”译为未确定词的双语例句
     Modulation Transfer Spectrum Using Nd¨YVO_4 Minilaser
     微型Nd¨YVO_4激光器在碘分子调制转移光谱中的应用
短句来源
     532 nm Iodine Molecular Optical Frequency Standards
     532nm碘分子光频标
短句来源
     Hyperfine structure of iodine at 640 nm~3He~(-22)Ne laser wavelength and identification
     碘分子在~3He-~(22)Ne激光辐射640nm范围内的超精细结构谱线及初步分类
短句来源
     Measurment of Iodine Molecular Dissociation Energy
     用光谱法测定碘分子离解能
短句来源
     The result shows that MP2, QCISD, B3LYP can gain the gauche and anti conformers of oxalyl iodide, which is in good agreement with configuration of oxalyl halides in experiment.
     结果表明,在不同基组水平上,由MP2,QCISD,B3LYP方法均能得到草酰碘分子的交叉式构型和平面反式构型,与实验所得草酰卤化物的构型完全相符.
短句来源
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  iodine molecule
The crystal structure of the salt [(CH3)3N(CH2)2·OCOCH2]2(I3)2(I2)0.5 is formed by organic and inorganic layers evenly alternating along the [011] diagonal, with a centrosymmetric iodine molecule.
      
By modeling the experimental emission spectra, the dipole moment functions for the electronic transitions fg+-B0u+, A0u+, and B″0u+; G1g-A0u+ and B″0u+; and F0u+-X0g+ and a'0g+ of the iodine molecule are reconstructed.
      
The temporal evolution for individual rovibrational levels of the B state of the iodine molecule is observed by two-photon delayed spectroscopy.
      
The lines also provide data for the determination of improved ro-vibrational constants of the iodine molecule.
      
Properties of the iodine molecule relevant to laser-induced fluorescence experiments in gas flows
      
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  molecular iodine
A~dependence of the unipolar charge injection on the initial conductivity for a solution of molecular iodine in transformer oil is obtained.
      
In particular, the yield of radiolytic hydrogen from cyclohexane in the presence of molecular iodine increases when benzene is added to a cyclohexane solution.
      
This fact is primarily explained by a decrease in the steady-state concentration of molecular iodine with increasing the pH.
      
Chromaticity Characteristics of NH2Hg2I3 and I2: Molecular Iodine As a Test Form Alternative to Nessler's Reagent
      
The chromaticity characteristics were studied for the product of the reaction of Nessler's reagent with ammonium ions and for solutions of molecular iodine.
      
更多          
  iodine molecules
The maximum number of iodine molecules coordinated by bromides in the solution was established by spectrophotometric method using a function of average iodine number and the stability constants of the complexes were determined.
      
The complex formation in the system bis[2-(trimethylammonio)ethyl] succinate diodide-iodine involves no more than two iodine molecules.
      
The photoexcitation of iodine molecules on surfaces of solid (nonporous) and nanoporous quartz by resonant laser radiation in the visible region has been studied.
      
Lidar sounding of iodine molecules at low pressures
      
Lidar sounding of iodine molecules were performed at pressures lower than 1 torr.
      
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The strong hyperfine structure lines of iodine-127 at 640 nm is observed by saturated absorption technique. The 127I2 cell is placed in a 3He-22Ne laser cavity, while the laser is modified to operate at 640 nm. The observed saturated absorption peaks have a contrast of 10% at pressure of 27 Pa. The saturated absorption at 612 nm is weak.

碘吸收室处于~3He-~(22)Ne激光谐振腔内.当对激光辐射的640nmn波长扫描时,观测到碘分子的强的超精细吸收谱线.在640nm范围碘蒸气压为27Pa时,相对饱和吸收峰高可达10%.在612nm范围内的饱和吸收很弱.

The decomposition kinetics of IC1 in Ar mixture have been studied in a shock tube over the temperature range 1000 to 2000 K. Dual absorption spectrophotometry is used to follow the course of the reaction. A rate constant correlation given by k1=1.21 × 1012× T1/2 exp (-35.8 ×103/RT) Cm3/mole. sec is obtained to fit the measured data. It has been shown that the heteroatom recombination I + Cl + Ar→ICl + Ar is about a factor of 10 faster than the homoatom recombination I + I + Ar→I2 + Ar with a larger negative...

The decomposition kinetics of IC1 in Ar mixture have been studied in a shock tube over the temperature range 1000 to 2000 K. Dual absorption spectrophotometry is used to follow the course of the reaction. A rate constant correlation given by k1=1.21 × 1012× T1/2 exp (-35.8 ×103/RT) Cm3/mole. sec is obtained to fit the measured data. It has been shown that the heteroatom recombination I + Cl + Ar→ICl + Ar is about a factor of 10 faster than the homoatom recombination I + I + Ar→I2 + Ar with a larger negative temperature coefficient. Both facts can be reasonably interpreted in terms of a plausible pathway proceeding via the Cl-Ar complex.

我们建立了一套激波管高温快速反应动力学实验装置。利用双光路分光吸收技术研究了一氯化碘分子在1000—2000°K之间解离的动力学过程,测得了M反应以及反应的速率常数。我们发现,Ⅰ原子和氯原子的三体复合速率K_(-1)比Ⅰ原子和Ⅰ原子之间的三体复合速率要大一个数量级,而且有较大的负温度系数,这可用Cl和Ar之间生成Cl-Ar自由基复合物的理论来解释。

The full hyperfine components of R(127)line in 11-5 band and P(33)line in 6-3 band of B←X electronic transition of molecular iodine were observed by saturated absorp-tion spectroscopy. Its frequency tuning range broadened by Zeeman effect was more than 2500 MHz. The method of the third-derivative signal was used for the detection of the components.

由饱和吸收光谱观测到碘分子B←X电子跃迁11-5带R_(127)和6-3带p_(33)全部超精细结构分量。激光器单频可调范围经塞曼效应展宽后达2500兆赫以上。超精细结构分量是采用三次谐波法进行检测的。

 
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